Hangzhou Hongbo Chemical Co.,Ltd

2007-10-31

Hangzhou Hongbo Chemical co.,ltd is a professional Chinese chemical manufacturer focused on Sodium Carboxymethyl Cellulose (CMC) and Polyanionic cellulose (PAC). These products are widely used in oil drilling, in textile printing,in making foodstuffs, ceramic ,latex paint , and paper coating. We are located in Fuyang, Hangzhou, China.
We are very committed to our customers and their success, providing excellent quality chemicals that exceed industry standards. Our plant has advanced production facilities, modern scientific management and well-trained employees. Our laboratory has first-class test instruments and can provide detailed test data based on API standards or customer- specified procedures.
Our vision is “Simply put, our vision is to be recognized by our customers as the best in China in providing total Carboxymethyl Cellulose and related services. Hongbo Chemical remains committed to the highest standards of quality and integrity in all that we do. That's been the key to our success from the beginning, and will always remain the driving force behind our company”
Our mission is "To be recognized as always doing our best under the watchful eye of the Creator and always producing high quality products and services with innovative technology and trusted teamwork."

Contact Us

Address: Yushan zone,Fuyang,Zhejiang Province,China.
Zip: 311419
Tel: 86-571-63522399/13336125972
Fax: 86-571-63521555
Person: Milly
E_mail;
Website: http://www.carboxy-methyl-cellulose.com

Polyanionic Cellulosic Polymer(PAC)-PAC (Polyanionic Cellulosic Polymer-R)

8/27/2010 10:58:13 PM

Polyanionic cellulose purified grade high viscosity off white,granular,soluble in water of any temperature,- anionic

Oil Drilling Specification as follows:

Apparent Viscosity: 30 cps min

Filtrate Loss: 20 ml max

In line with API-13 I Standard

Food Additive Grade CMC-Food Addittive CMC FVH9-2

8/27/2010 10:58:13 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FVH9-2

Viscosity:(2% of solution 25℃ BrooBfield L.V) 1700--2000

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 9.0--9.5

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Ceramics Grade Carboxymethyl Cellulose(CMC)-Ceramic Grade CMC TCM9

8/27/2010 10:58:13 PM

It can regulate the glaze slip viscosity,optimized rheological property and improve the associative property of semifinished product glaze ,enhance the strength of glazed,and regulate the glaze layer of drying time,obtain the smooth glazed surface.
The content of ground coat and overglaze is 0.08%-0.3% generally,less in winter . put CMC in the ball mill to grind together with other glazes , or add in 3-4 hours before leaving the ball mill .

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : Ceramic Grade CMC TCM9

Viscosity:(2% of solution 25℃ BrooBfield L.V) 300--500

D.S : ≥ 0.92

CLˉ % : ≤1.8

PH : 6.5--8.0

Moisture % : ≤10

For more information, please contact me！

Textile Printing Grade Carboxymethyl Cellulose(CMC)-Textile Printing Grade CMC -IH7

8/27/2010 10:58:13 PM

Textile Printing Grade CMC as a printing paste material in dyeing and finishing industry, CMC can enhance the capacity of the hydrophilic dye and the infiltration ， make staining evenly and reduce chromatic aberration.

For more information, please contact me!

Oil Drilling Grade Carboxymethyl Cellulose(CMC)-Oil Drilling Grade CMC-HV

8/27/2010 10:58:13 PM

CMC can be used in Oil drilling industry with the following characteristics:
* It has high power for controlling water loss, and PAC is an especially high effective filtrate volume controller.
* Good and tough mud cake will be formed.
* Having strong salt- and temperature-resistant properties, especially with PAC.
* As a good non-Newtonian fluid, it will effectively control the mud's rheological property.

For more information, please contact me！

Carboxy Methyl Cellulose-CMC

8/27/2010 10:58:13 PM

As one of professional manufacturers of Sodium Carboxymethyl Cellulose( CMC)and PAC in China,Carboxymethyl Cellulose is one of the organic chemicals as adhesives, dispersants, emulsifiers Ect. We produce many kinds of sodium Carboxymethyl cellulose(CMC),Our main products included for Drilling fluids grade, for paints grade, for paper grade, for ceramics grade, for Construction grade, for textile printing grade Ect .For example: PAC(HV,LV),DSLK-2500,KL-5000,DSLK-10,IH7-2 Ect.
For more information, please contact me！

Latex Paint Grade Carboxymethyl Cellulose(CMC)-Latex Paint Grade CMC -DSLVH9

8/27/2010 10:58:13 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : DSLVH9

Viscosity:(2% of solution 25℃ BrooBfield L.V) 2000--3000

D.S : 0.85--0.92

Purity % : ≥98%

PH : 6.5—8.5

Moisture % : ≤10

Textile Sizing Grade CMC-Textile Sizing Grade CMC IM7

Viscosity:(2% of solution 25℃ BrooBfield L.V) 400--800

D.S : 0.8--0.9

Purity % : ≥98%

PH : 6.5—8.5

Moisture % : ≤10

Latex Paint Grade Carboxymethyl Cellulose(CMC)-Latex Paint Grade CMC -IL8

8/27/2010 10:58:13 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

8/27/2010 10:58:14 PM

For more information, please contact me！

Carboxy Methyl Cellulose-Carboxy Methyl cellulose

8/27/2010 10:58:14 PM

Other Grade Carboxymethyl Cellulose-Cigarette Grade CMC YCM7

8/27/2010 10:58:14 PM

CMC is widely used in tobacco flakes for good adhesion, film forming and water retention.
1、The effective use of tabacco flakes can reduce the original tobacco consumption.
2、It enhances the intensity of tobacco flakes and avoids the tobacco leaf debris regenerate.
3、Effectively reduce the tar content of tobacco （Non-toxic tasteless and burned out performance ）

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC YCM7

Viscosity:(2% of solution 25℃ BrooBfield L.V) 600--800

D.S : ≥ 0.7

CLˉ % : ≤7

PH : 6.0--8.0

Moisture % : ≤10

Other Grade Carboxymethyl Cellulose-Cigarette Grade CMC YCH7

8/27/2010 10:58:14 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC YCH7

Viscosity:(2% of solution 25℃ BrooBfield L.V) 800--1200

D.S : ≥ 0.7

CLˉ % : ≤7

PH : 6.0--8.0

Moisture % : ≤10

Other Grade Carboxymethyl Cellulose-Rug Spinning Gum Grade CMC IH8-1

8/27/2010 10:58:14 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC IH8-1

Viscosity:(2% of solution 25℃ BrooBfield L.V) 1200—1500

D.S : ≥ 0.80

CLˉ % : ≤5

PH : 6.0—8.5

Moisture % : ≤10

Other Grade Carboxymethyl Cellulose-Rug Spinning Gum Grade CMC IH8-2

8/27/2010 10:58:14 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC IH8-2

Viscosity:(2% of solution 25℃ BrooBfield L.V) 1200—1500

D.S : ≥ 0.65

CLˉ % : ≤10

PH : 6.0—8.5

Moisture % : ≤10

Other Grade Carboxymethyl Cellulose-Mosquito-repllent Incense CMC WX-1

8/27/2010 10:58:14 PM

Detailed Product Description
1.Carboxymethyl Cellulose plays a role of pasting, and the adherence force of which is powerful. It takes the place of Elm powder, and has a good shaping performance.
2.Carboxymethyl Cellulose improves the toughness of mosquito-repllent incense, so that the mosquito-repllent incense is not easy to rupture and break up and easy to light and has little smog.
3.Carboxymethyl Cellulose is innoxious、non-strange taste and can burn up.
Specification as follows:
Product   ：Sodium Carboxymethyl Cellulose
Molecular formula ：［C6H7O2(OH)2OCH2COONa］n
Appearance ： White Or Cream-colored Powder
Type :      Carboxymethyl Cellulose WX-1
Viscosity:(2% of solution)   900-1200
D.S :      ≥0.65
Clˉ % :     ≤10%
PH:(1% of solution)   6.0-9.0
Moisture %: ≤10.0%

Other Grade Carboxymethyl Cellulose-Mosquito-repllent Incense CMC WX-2

8/27/2010 10:58:14 PM

Detailed Product Description
1.Carboxymethyl Cellulose plays a role of pasting, and the adherence force of which is powerful. It takes the place of Elm powder, and has a good shaping performance.
2.Carboxymethyl Cellulose improves the toughness of mosquito-repllent incense, so that the mosquito-repllent incense is not easy to rupture and break up and easy to light and has little smog.
3.Carboxymethyl Cellulose is innoxious、non-strange taste and can burn up.
Specification as follows:
Product   ：Sodium Carboxymethyl Cellulose
Molecular formula ：［C6H7O2(OH)2OCH2COONa］n
Appearance ： White Or Cream-colored Powder
Type :      Carboxymethyl Cellulose WX-2
Viscosity:(2% of solution)   1250-1500
D.S :      ≥0.65
Clˉ % :     ≤10%
PH:(1% of solution)   6.0-9.0
Moisture %: ≤10.0%

Carboxymethyl Cellulose-Carboxymethyl Cellulose(CMC)

8/27/2010 10:58:14 PM

Hangzhou Hongbo Chemical Co.,ltd is one of professional manufacturers of Sodium Carboxymethyl Cellulose(CMC)and PAC in China,Carboxymethyl cellulose is one of the organic chemicals as adhesives, dispersants, emulsifiers Ect. We produce many kinds of sodium Carboxymethyl cellulose(CMC),Our main products included for Drilling fluids grade, for paints grade, for paper grade, for ceramics grade, for Construction grade, for textile printing grade Ect .For example: PAC(HV,LV),DSLK-2500,KL-5000,DSLK-10,IH7-2 Ect.
For more information, please contact me！

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : Detergent CMC XD-1

Viscosity:(2% of solution 25℃ BrooBfield L.V) 900--1200

D.S : ≥ 0.75

PH : 6.0--8.5

Moisture % : ≤10

Purity %: ≥ 80

For more information, please contact me！

Detergent Grade CMC-Detergent CMC XD-3

8/27/2010 10:58:14 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : Detergent CMC XD-3

Viscosity:(2% of solution 25℃ BrooBfield L.V) 100--300

D.S : ≥ 0.65

PH : 7.0--9.0

Moisture % : ≤10

Purity %: ≥ 65

For more information, please contact me！

Detergent Grade CMC-Detergent CMC XD-2

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

8/27/2010 10:58:15 PM

Polyanionic cellulose purified grade low viscosity off white,granular,soluble in water of any temperature,- anionic

Oil Drilling Specification as follows:

Apparent Viscosity: 30 cps max

Filtrate Loss: 11 ml max

In line with API-13A Standard

Food Additive Grade CMC-Food Grade CMC FH6

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FH6

Viscosity:(2% of solution 25℃ BrooBfield L.V) 800--1200

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 6.5--8.5

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Food Additive Grade CMC-Food Additive CMC FVH6

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FVH6

Viscosity:(2% of solution 25℃ BrooBfield L.V) 1200--1500

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 6.5--8.5

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Food Additive Grade CMC-Food Grade CMC FVH6-1

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FVH6-1

Viscosity:(2% of solution 25℃ BrooBfield L.V) 1500--1800

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 0.65--0.85

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Food Additive Grade CMC-Food Grade CMC FVH6-2

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FVH6-2

Viscosity:(2% of solution 25℃ BrooBfield L.V) 1800--2500

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 0.65--0.85

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Food Additive Grade CMC-Food Grade CMC FVH6-3

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FVH6-3

Viscosity:(2% of solution 25℃ BrooBfield L.V) 》2500

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 0.75--0.90

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Food Additive Grade CMC-Food Additive CMC FL10-1

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FL10-1

Viscosity:(2% of solution 25℃ BrooBfield L.V) 100--140

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 0.95--1.10

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Other Grade Carboxymethyl Cellulose-Electric Welding Grade CMC DH8-2

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC DH8-2

Viscosity:(2% of solution 25℃ BrooBfield L.V) 1300--1600

D.S : ≥ 0.80

CLˉ % : ≤1.8

PH : 6.5—8.0

Moisture % : ≤10

1、Good stability, good acid and alkali resistance,and good mobility.
2、Improve the bonding strength between the outside medicament of welding rod and the metal.

3、It can dissolve in hot and cold water and obtain evenly welding flux colloid.

Food Additive Grade CMC-Food Additive CMC FL10-2

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FL10-2

Viscosity:(2% of solution 25℃ BrooBfield L.V) 50--90

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 0.95--1.10

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Oil Drilling Grade Carboxymethyl Cellulose(CMC)-Oil Drilling Grade CMC HV

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC HV

Viscosity:(2% of solution 25℃ BrooBfield L.V) ≥800

D.S : ≥0.80

Purity % : ≥70%

PH : 6.5—8.5

Moisture % : ≤8

In line with API-13A Standard

Food Additive Grade CMC-Food Addittive CMC FVH9-3

8/27/2010 10:58:15 PM

Specification as follows:

Product ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n

Appearance ： White Or Cream-colored Powder

Type : CMC FVH9-3

Viscosity:(2% of solution 25℃ BrooBfield L.V) ≥ 2000

CLˉ % : ≤1.2

PH : 6.0--8.5

Moisture % : ≤10

Fe % : ≤0.02

Na%: 9.0--9.5

Heavy Metals Pb%: ≤0.0015

Bacterial Count cfu/g : ≤100

Food Additive Grade CMC-Food Additive CMC FM6

8/27/2010 10:58:15 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 500--800

Fe % :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -le;0.02

Na%:-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.5--8.5

Heavy Metals Pb%:-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -le;0.0015

Bacterial Count-nbsp; cfu/g :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -le;100-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Food Additive Grade CMC-Food Addittive CMC FVH9-1

8/27/2010 10:58:15 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 1500--1700

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.0--8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Na% :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 9.0--9.5

Food Additive Grade CMC-Food Addittive CMC FVH9

8/27/2010 10:58:15 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;1200--1500-nbsp;

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.0--8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Na% :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 9.0--9.5-nbsp;

Food Additive Grade CMC-Food Addittive CMC FM9

8/27/2010 10:58:16 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;500--800

-nbsp;CLˉ % :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -le;1.2-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;6.0--8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Na% :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;9.0--9.5

Food Additive Grade CMC-Food Addittive CMC FH9

8/27/2010 10:58:16 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;800--1200

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.0--8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Na% :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 9.0--9.5

Electric Welding Grade CMC-Electric Welding Grade CMC DH8-2

8/27/2010 10:58:16 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;1300--1600

1、Good stability, good acid and alkali resistance,and good mobility.
2、Improve the bonding strength between the outside medicament of welding rod and-nbsp; the metal.

3、It can dissolve in hot and cold water and obtain evenly welding flux colloid.

Electric Welding Grade CMC-Electric Welding Grade CMC DH8-1

8/27/2010 10:58:16 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;900--1300

1、Good stability, good acid and alkali resistance,and good mobility.
2、Improve the bonding strength between the outside medicament of welding rod and-nbsp; the metal.

Battery Grade CMC-Battery Grade CMC B-4

8/27/2010 10:58:16 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;>2000-nbsp;-nbsp;-nbsp;

CLˉ % :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -le;1.8-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.5-mdash;8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Battery Grade CMC-Battery Grade CMC B-3

8/27/2010 10:58:16 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 900--1100

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.5-mdash;8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Battery Grade CMC-Battery Grade CMC B-2

8/27/2010 10:58:16 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 900--1100

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.5-mdash;8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

8/27/2010 10:58:16 PM

It can regulate the glaze slip viscosity,optimized rheological property and improve the associative property of semifinished product glaze ,enhance the strength of glazed,and regulate the glaze layer of drying time,obtain the smooth glazed surface.
The content of ground coat and overglaze is 0.08%-0.3% generally,less in winter . put CMC in the ball mill-nbsp; to grind-nbsp; together with other glazes , or add in 3-4 hours before leaving the ball mill .

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 300--500

D.S-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -nbsp;-nbsp;-nbsp; -ge; 0.92-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

CLˉ % :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -le;1.8-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;6.5--8.0-nbsp;-nbsp;-nbsp;-nbsp;

Ceramics Grade Carboxymethyl Cellulose(CMC)-Ceramic Grade CMC TCM9

8/27/2010 10:58:16 PM

It can regulate the glaze slip viscosity,optimized rheological property and improve the associative property of semifinished product glaze ,enhance the strength of glazed,and regulate the glaze layer of drying time,obtain the smooth glazed surface.
The content of ground coat and overglaze is 0.08%-0.3% generally,less in winter . put CMC in the ball mill-nbsp; to grind-nbsp; together with other glazes , or add in 3-4 hours before leaving the ball mill .

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 300--500

D.S-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -nbsp;-nbsp;-nbsp; -ge; 0.92-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

CLˉ % :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -le;1.8-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;6.5--8.0-nbsp;-nbsp;-nbsp;-nbsp;

Ceramics Grade Carboxymethyl Cellulose(CMC)-Ceramics Grade CMC TCH6-2

8/27/2010 10:58:16 PM

CMC can increase the adhesive force of body，make the folding strength multiplied，reduce the breakage rate effectively，make the body moisture content evaporate evenly，and prevent it from-nbsp; drying and cracking.It is particularly used in large-sized floor tiles and polished billet.The content is 0.03%-0.15% generally . add CMC into ball mill together with other materials when grinding;and it can also be pre-dissolved water, and then fully mixed with the slurry.

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

8/27/2010 10:58:18 PM

Detailed Product Description
Carboxymethyl Cellulose controls the rheology and dispersibility、improves the capability of water-retention and the degree of gloss and whiteness.-nbsp;
Specification as follows:-nbsp;-nbsp;-nbsp;-nbsp;
Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;
Appearance ： White Or Cream-colored Powder-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Type-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; Carboxymethyl Cellulose LK20-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Viscosity:(2% of solution)-nbsp; 12-20
D.S-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 0.80-0.90-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Clˉ % :-nbsp;-nbsp;-nbsp;-nbsp; -le;5%-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
PH:(2% of solution)-nbsp;-nbsp; 6.5-8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Moisture %:-nbsp; -le;10.0%

Paper Making Grade CMC-Paper Coating CMC LX10

8/27/2010 10:58:18 PM

Paper Making Grade CMC-Paper Coating CMC LK10

8/27/2010 10:58:18 PM

Detailed Product Description
Carboxymethyl Cellulose controls the rheology and dispersibility、improves the capability of water-retention and the degree of gloss and whiteness.-nbsp;
Specification as follows:-nbsp;-nbsp;-nbsp;-nbsp;
Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;
Appearance ： White Or Cream-colored Powder-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Type-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; Carboxymethyl Cellulose LK10-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Viscosity:(2% of solution)-nbsp; 8-12
D.S-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 0.80-0.90-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Clˉ % :-nbsp;-nbsp;-nbsp;-nbsp; -le;5%-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
PH:(2% of solution)-nbsp;-nbsp; 6.5-8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Moisture %:-nbsp; -le;10.0%

Paper Making Grade CMC-Paper Coating CMC LX5G

8/27/2010 10:58:18 PM

Detailed Product Description
Carboxymethyl Cellulose controls the rheology and dispersibility、improves the capability of water-retention and the degree of gloss and whiteness.-nbsp;
Specification as follows:-nbsp;-nbsp;-nbsp;-nbsp;
Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;
Appearance ： White Or Cream-colored Powder-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Type-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; Carboxymethyl Cellulose LX5G-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Viscosity:(2% of solution)-nbsp;-nbsp; 6-8
D.S-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 0.80-0.90-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
PH:(2% of solution)-nbsp;-nbsp; 6.5-8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Moisture %:-nbsp; -le;10.0%

Paper Making Grade CMC-Paper Coating CMC LD5G

8/27/2010 10:58:18 PM

Detailed Product Description
Carboxymethyl Cellulose controls the rheology and dispersibility、improves the capability of water-retention and the degree of gloss and whiteness.-nbsp;
Specification as follows:-nbsp;-nbsp;-nbsp;-nbsp;
Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;
Appearance ： White Or Cream-colored Powder-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Type-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; Carboxymethyl Cellulose LD5G-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Viscosity:(2% of solution)-nbsp;-nbsp; 6-8
D.S-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 0.80-0.90-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Clˉ % :-nbsp;-nbsp;-nbsp;-nbsp; -le;5%-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
PH:(2% of solution)-nbsp;-nbsp; 6.5-8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;
Moisture %:-nbsp; -le;10.0%

-nbsp;

Latex Paint Grade Carboxymethyl Cellulose(CMC)-Latex Paint Grade CMC -IL8

8/27/2010 10:58:18 PM

Specification as follows:

Product-nbsp;-nbsp; ：Sodium Carboxymethyl Cellulose-nbsp;

Molecular formula ：［C6H7O2(OH)2OCH2COONa］n-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Appearance ： White Or Cream-colored Powder-nbsp;-nbsp;

Type-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;IL8-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Viscosity:(2% of solution 25℃ BrooBfield L.V)-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 250--400

D.S-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;0.8--0.9-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

Purity % :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; -ge;98%-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

PH-nbsp; :-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp; 6.5-mdash;8.5-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;-nbsp;

-nbsp;

Carboxy Methyl cellulose (CMC) is a cellulose derivative with carboxymethyl groups (-CH2-COOH) bound to some of the hydroxyl groups of the glucopyranose monomers that make up the cellulose backbone. It is often used as its sodium salt, sodium carboxymethyl cellulose.

Carboxy Methyl Cellulose (CMC) is a constituent of many products, such as latex paints, building,welding,cigarete,detergents, ceramics,textile,oil drilling fluids and various paper products.

Structured :

Synthesis:

1,【C₆H₇O₂(OH)₃】_n+nNaOH→【C₆H₇O₂(OH)₂ONa】_n+nH₂O

2,【C₆H₇O₂(OH)₂ONa】_n+ ClCH₂COOH+NaOH→【C₆H₇O₂(OH)₂OCH₂COONa】_n+H₂O+nNaCl

Package & Storage

1. Kraft paper bags. N.W. 25kg.

2. CMC is highly hygroscopic. It shall be kept well closed and in a dry place

Carboxymethyl Cellulose as derivatives of a naturally occurring raw material and with their high degree of purity, our CMC products are ideal for a wide range of applications.

The product series are known for their high purity and consistent quality. They are produced using cutting edge technology and are constantly monitored in accordance with quality assurance procedures.

Applications

Carboxymethyl Cellulose is used as a highly effective additive to improve the product and processing properties in various fields of application - from foodstuffs, cosmetics and pharmaceuticals to products for the paper and textile industries.

Building material additives, printing inks, coatings, pharmaceuticals, food, cosmetics, paper or textiles – there’s a long and growing list of applications. Special-purpose cellulose derivatives produced by Wolff Cellulosics provide invisible yet indispensable benefits in countless everyday products.

Carboxymethyl Cellulose as derivatives of a naturally occurring raw material and with their high degree of purity, our CMC products are ideal for a wide range of applications.

The product series are known for their high purity and consistent quality. They are produced using cutting edge technology and are constantly monitored in accordance with quality assurance procedures.

Applications

Carboxymethyl Cellulose is used as a highly effective additive to improve the product and processing properties in various fields of application - from foodstuffs, cosmetics and pharmaceuticals to products for the paper and textile industries.

Building material additives, printing inks, coatings, pharmaceuticals, food, cosmetics, paper or textiles – there’s a long and growing list of applications. Special-purpose cellulose derivatives produced by Wolff Cellulosics provide invisible yet indispensable benefits in countless everyday products.

Other grade CMC including of detergent grade,food additives,welding,battery,cigarete,mosquito-repllent incense,building and spinning gum Ect.

Paper Making Grade CMC is a multifunctional additive and film forming agent in paper industry. It offers excellent water retention, dispersibility, thickening ability and suspension capability. CMC can improve forming capability, degree of wetness and stuffing affinity among additives and stuffing in pulp process. CMC improves the pulp coating and decreases air holes, providing paper with high density, good compactibility and surface brightness in surface sizing. It also gives paper fine resistance to ink penetration and high wax gathering capability. CMC aid in flowing and dispersing of pigments, improving surface gloss and smoothness of paper during paper coating, meanwhile it increases toughness and folding resistance of paper.

Paper Making Grade CMC is a multifunctional additive and film forming agent in paper industry. It offers excellent water retention, dispersibility, thickening ability and suspension capability. CMC can improve forming capability, degree of wetness and stuffing affinity among additives and stuffing in pulp process. CMC improves the pulp coating and decreases air holes, providing paper with high density, good compactibility and surface brightness in surface sizing. It also gives paper fine resistance to ink penetration and high wax gathering capability. CMC aid in flowing and dispersing of pigments, improving surface gloss and smoothness of paper during paper coating, meanwhile it increases toughness and folding resistance of paper.

Characteristics and applications of CMC in electric welding rod
1、It can dissolve in hot and cold water and obtain evenly welding flux colloid.
2、Good stability, good acid and alkali resistance,and good mobility.
3、Improve the bonding strength between the outside medicament of welding rod and the metal.

For more information, please contact me！

Characteristics and applications of CMC in electric welding rod
1、It can dissolve in hot and cold water and obtain evenly welding flux colloid.
2、Good stability, good acid and alkali resistance,and good mobility.
3、Improve the bonding strength between the outside medicament of welding rod and the metal.

For more information, please contact me！

Battery Grade Carboxymethyl Cellulose is mainly used in alkaline batteries.Hangzhou Hongbo Chemical Co.,ltd As one of professional manufacturers of Sodium Carboxymethyl Cellulose( CMC)and PAC in China,Carboxymethyl cellulose is one of the organic chemicals as adhesives, dispersants, emulsifiers Ect. We produce many kinds of sodium Carboxymethyl cellulose(CMC),Our main products included for Drilling fluids grade, for paints grade, for paper grade, for ceramics grade, for Construction grade, for textile printing grade Ect .For example: PAC(HV,LV),DSLK-2500,KL-5000,DSLK-10,IH7-2 Ect.
For more information, please contact me！

Battery Grade Carboxymethyl Cellulose is mainly used in alkaline batteries.Hangzhou Hongbo Chemical Co.,ltd As one of professional manufacturers of Sodium Carboxymethyl Cellulose( CMC)and PAC in China,Carboxymethyl cellulose is one of the organic chemicals as adhesives, dispersants, emulsifiers Ect. We produce many kinds of sodium Carboxymethyl cellulose(CMC),Our main products included for Drilling fluids grade, for paints grade, for paper grade, for ceramics grade, for Construction grade, for textile printing grade Ect .For example: PAC(HV,LV),DSLK-2500,KL-5000,DSLK-10,IH7-2 Ect.
For more information, please contact me！

In building materials industry, Carboxymethyl Cellulose is used as retarder、aquasorb、thickening agent and adhesive in building materials.

Textile Sizing is the most important textile application for CMC. Its good water solubility, excellent film-forming characteristics and stable solution viscosity make it an efficient sizing agent. Furthermore, modern jet looms have made yarn strength even more crucial and this has contributed to continuous use of Textile Sizing Grade CMC in textile sizing. Normally medium to low viscosity grades are used, depending on the dimensions of the yarn.

In sizing synthetic yarn blends (polyester and cotton), Textile Sizing Grade CMC is often used in combination with a synthetic sizing agent such as polyvinyl alcohol (PVOH) to provide the desired degree of added size film adhesion.

Yarn dimension is of great importance when selecting the most suitable CMC grade for use in sizing. As a rule of thumb: a lower viscosity CMC grade should be used for smaller yarn dimensions.

Textile Sizing is the most important textile application for CMC. Its good water solubility, excellent film-forming characteristics and stable solution viscosity make it an efficient sizing agent. Furthermore, modern jet looms have made yarn strength even more crucial and this has contributed to continuous use of Textile Sizing Grade CMC in textile sizing. Normally medium to low viscosity grades are used, depending on the dimensions of the yarn.

In sizing synthetic yarn blends (polyester and cotton), Textile Sizing Grade CMC is often used in combination with a synthetic sizing agent such as polyvinyl alcohol (PVOH) to provide the desired degree of added size film adhesion.

Yarn dimension is of great importance when selecting the most suitable CMC grade for use in sizing. As a rule of thumb: a lower viscosity CMC grade should be used for smaller yarn dimensions.

Mainly used in detergent.It plays an role of preventing dirt redeposition and thickening and stabilizing.

As one of professional manufacturers of Sodium Carboxymethyl Cellulose( CMC)and PAC in China,Carboxymethyl cellulose is one of the organic chemicals as adhesives, dispersants, emulsifiers Ect. We produce many kinds of sodium Carboxymethyl cellulose(CMC),Our main products included for Drilling fluids grade, for paints grade, for paper grade, for ceramics grade, for Construction grade, for textile printing grade Ect .For example: PAC(HV,LV),DSLK-2500,KL-5000,DSLK-10,IH7-2 Ect.
For more information, please contact me！

Mainly used in detergent.It plays an role of preventing dirt redeposition and thickening and stabilizing.

As one of professional manufacturers of Sodium Carboxymethyl Cellulose( CMC)and PAC in China,Carboxymethyl cellulose is one of the organic chemicals as adhesives, dispersants, emulsifiers Ect. We produce many kinds of sodium Carboxymethyl cellulose(CMC),Our main products included for Drilling fluids grade, for paints grade, for paper grade, for ceramics grade, for Construction grade, for textile printing grade Ect .For example: PAC(HV,LV),DSLK-2500,KL-5000,DSLK-10,IH7-2 Ect.
For more information, please contact me！

Mainly used in food additive .
Acid milk drink, yoghurt
CMC in acid drinks provides protein stability and mouthfeel. It prevents the coagulation and settling of milk proteins .

By choosing from a range of CMC, various textures and mouthfeel sensations can be obtained.

Ice cream
In ice cream, CMC prevents the formation of coarse ice crystal, even upon long storage periods with low, controlled temperatures.

It gives the ice cream excellent melting properties and a good control of overrun.

Bread and cakes
In ready mix powders for cake preparation, CMC can control the dough viscosity and improve the tolerance to water variation.

In flat bread (tortillas, pita etc.) CMC increases shelf life, improves rollability and flexibility and prevents the bread from drying up (cracking).

In regular bread and cakes, CMC adds volume and softness to the crumb as well as longer shelf life.

Beverage, juice and squashes
In beverages, CMC improves moothfeel, prevents oil ring formation as well as stabilises the fruit pulp.

Instant noodles
Used in instant noodles, CMC reduces the oil-uptake as well as increases toughness and cook-resistance.

Mainly used in food additive .
Acid milk drink, yoghurt
CMC in acid drinks provides protein stability and mouthfeel. It prevents the coagulation and settling of milk proteins .

By choosing from a range of CMC, various textures and mouthfeel sensations can be obtained.

Ice cream
In ice cream, CMC prevents the formation of coarse ice crystal, even upon long storage periods with low, controlled temperatures.

It gives the ice cream excellent melting properties and a good control of overrun.

Bread and cakes
In ready mix powders for cake preparation, CMC can control the dough viscosity and improve the tolerance to water variation.

In flat bread (tortillas, pita etc.) CMC increases shelf life, improves rollability and flexibility and prevents the bread from drying up (cracking).

In regular bread and cakes, CMC adds volume and softness to the crumb as well as longer shelf life.

Beverage, juice and squashes
In beverages, CMC improves moothfeel, prevents oil ring formation as well as stabilises the fruit pulp.

Instant noodles
Used in instant noodles, CMC reduces the oil-uptake as well as increases toughness and cook-resistance.

Latex paint grade CMC have been specially developed for use when excellent dispersability is a key factor. These grades also have retarded dissolution characteristics,Meaning that they disperse easily in neutral or slightly acidic cold water and dissolve rapidly when the dispersion is made alkaline ( PH>8.5)

Latex paint grade CMC have been specially developed for use when excellent dispersability is a key factor. These grades also have retarded dissolution characteristics,Meaning that they disperse easily in neutral or slightly acidic cold water and dissolve rapidly when the dispersion is made alkaline ( PH>8.5)

A cellulose derivative similar in structure, properties and usage in drilling fluids to carboxy methyl cellulose. PAC is considered to be a premium product because it typically has a higher degree of carboxymethyl substitution and contains less residual NaCl than technical grade carboxymethylcellulose, although some PAC contain considerable NaCl.

A cellulose derivative similar in structure, properties and usage in drilling fluids to carboxy methyl cellulose. PAC is considered to be a premium product because it typically has a higher degree of carboxymethyl substitution and contains less residual NaCl than technical grade carboxymethylcellulose, although some PAC contain considerable NaCl.

Ceramics Grade CMC has numerous applications in the ceramic industry. The adhesive, film-forming, binding and thickening characteristics of CMC are utilised. It is used :

to improve plasticity and green strength in the bodies.

as a temporary binder in refractories.

as a stabiliser, thickener and binder in glazes.

Ceramics Grade CMC has numerous applications in the ceramic industry. The adhesive, film-forming, binding and thickening characteristics of CMC are utilised. It is used :

to improve plasticity and green strength in the bodies.
as a temporary binder in refractories.
as a stabiliser, thickener and binder in glazes.

Textile printing grade Carboxymethyl Cellulose ( CMC )is a new group developed specially for use as a thickener in textile printing pastes with reactive and disperse dyes.Especially in cotton pringing.The balanced properties of CMC ensure good viscosity-stability of the paste and favourable rheological properties.

Textile printing grade Carboxymethyl Cellulose ( CMC )is a new group developed specially for use as a thickener in textile printing pastes with reactive and disperse dyes.Especially in cotton pringing.The balanced properties of CMC ensure good viscosity-stability of the paste and favourable rheological properties.

CMC can be used in Oil drilling industry with the following characteristics:

It has high power for controlling water loss, and PAC is an especially high effective filtrate volume controller.

Good and tough mud cake will be formed.

Having strong salt- and temperature-resistant properties, especially with PAC.

As a good non-Newtonian fluid, it will effectively control the mud's rheological property.

CMC can be used in Oil drilling industry with the following characteristics:

It has high power for controlling water loss, and PAC is an especially high effective filtrate volume controller.
Good and tough mud cake will be formed.
Having strong salt- and temperature-resistant properties, especially with PAC.
As a good non-Newtonian fluid, it will effectively control the mud's rheological property.

CAD Design Programs Relevant to the Textile Industry

8/27/2010 10:57:58 PM

Computers help those who work in the textile industry by performing tasks such as repeating a design or determining how to cut or craft a textile. Textile designers and manufacturers can also use computer assisted design (CAD) software to perform repetitious and time-consuming processes. By streamlining the production process and reducing man hours, CAD software can reduce productions costs. Evolution Textile Design DigiFab Systems' textile software works on computers running Windows 2000 or Windows XP. Users can download a demo version from the website, purchase the full software suite, or buy only the tools they desire. This program includes features for digital textile printing as well as design manipulation. Evolution Textile Design can read image files from other major programs by Adobe and Corel as well. Users who require the ability to change drop, change resolution, scale, rotate, flip, multiply, mirror, cut, measure or autoclean images before printing them on the textiles will be able to do so with this program. Polygon Software Polygon software provides two products for computer assisted design in the fashion industry. Those who work in the sewing industry can use Polynest for the following features: pattern design, marker making, and automatic marker making. Polygon also offers PolyPM, a program that allows those in the fashion industry to manage their businesses. This program tracks all the materials, patterns, graphics and costs associated with fashion development. Furthermore, the software supports business communications via a messaging system and allows users to create work flow charts to increase productivity. Artlandia Artlandia SymmetryWorks is a plug-in for Adobe Illustrator that allows users to create designs in repeat. When a designer creates a motif, the software will repeat it to complete the pattern. Artlandia also offers a pattern creating plug-in for Adobe Photoshop called Symmetry Shop. Both of these plug-ins allow the user to save time when designing textiles by reducing the need to manually copy the elements of a pattern. Consumers can download the full version of SymmetryWorks on a Windows or Mac computer for $364 while SymmetryShop costs $315 as of July 2010. Artlandia provides customers with purchasing options such as the ability to purchase a physical disc containing the programs for an additional fee. Pointcarre Pointcarre provides a variety of software that may be useful to individuals and businesses in the fashion and textiles industry. Designers can use the Shape Software to view how a pattern will look on an actual body. Additionally, the Weave Design Software helps a designer instruct a manufacturer how to weave materials to create the intended pattern or design. Pointcarre also sells Textile Design Software for creating patterns, textures and other designs on textiles. With this software, designers can scan sources such as photos to use in their designs. The software also aids in cleaning up scanned material so it is usable in the design process.

Carboxymethyl cellulose

8/27/2010 10:35:15 PM

Carboxymethyl cellulose (CMC) or cellulose gum is a cellulose derivative with carboxymethyl groups (-CH2-COOH) bound to some of the hydroxyl groups of the glucopyranose monomers that make up the cellulose backbone. It is often used as its sodium salt, sodium carboxymethyl cellulose. Preparation It is synthesized by the alkali-catalyzed reaction of cellulose with chloroacetic acid. The polar (organic acid) carboxyl groups render the cellulose soluble and chemically reactive. The functional properties of CMC depend on the degree of substitution of the cellulose structure (i.e., how many of the hydroxyl groups have taken part in the substitution reaction), as well as the chain length of the cellulose backbone structure and the degree of clustering of the carboxymethyl substituents. Uses CMC is used in food science as a viscosity modifier or thickener, and to stabilize emulsions in various products including ice cream. As a food additive, it has E number E466. It is also a constituent of many non-food products, such as K-Y Jelly, toothpaste, laxatives, diet pills, water-based paints, detergents, textile sizing and various paper products. It is used primarily because it has high viscosity, is non-toxic, and is non-allergenic. In laundry detergents it is used as a soil suspension polymer designed to deposit onto cotton and other cellulosic fabrics creating a negatively charged barrier to soils in the wash solution. CMC is used as a lubricant in non-volatile eye drops (artificial tears). Sometimes it is methyl cellulose (MC) which is used, but its non-polar methyl groups (-CH3) do not add any solubility or chemical reactivity to the base cellulose. Following the initial reaction the resultant mixture produces approximately 60% CMC plus 40% salts (sodium chloride and sodium glycolate). This product is the so-called Technical CMC which is used in detergents. A further purification process is used to remove these salts to produce pure CMC which is used for food, pharmaceutical and dentifrice (toothpaste) applications. An intermediate "semi-purified" grade is also produced, typically used in paper applications. CMC is also used in the oil drilling industry as an ingredient of drilling mud, where it acts as a viscosity modifier and water retention agent. Poly-anionic cellulose or PAC is derived from CMC and is also used in oilfield practice.. Insoluble microgranular carboxymethyl cellulose is used as a cation-exchange resin in ion-exchange chromatography for purification of proteins.Presumably the level of derivatization is much lower so that the solubility properties of microgranular cellulose are retained while adding sufficient negative charged carboxylate groups to bind positively charged proteins. CMC is also used in ice packs to form a eutectic mixture resulting in a lower freezing point and therefore more cooling capacity than ice.

What is Carboxymethyl Cellulose

8/8/2010 9:50:11 PM

Status of textile industry wastewater

7/17/2010 2:32:54 AM

Various industrial sectors in the country, wastewater emissions among the top five industries for thepaper industry, chemical industry, power industry, ferrous metal smelting industry and the textile industry, textile industry, which accounts for the country's industrial wastewater discharge waste water statistics amount of 7.5%, the total amount of wastewater discharge industrial fifth in the nation, totaled 1.413 billion tons annually, of which approximately 1.13 billion tons of dyeing wastewater (accounting for textile printing and dyeing industry wastewater by 80%), accounting for about industrial wastewater emissions by 6%, 300-400 million tons of emissions every day. Most pollutants are biodegradable dye dyes, additives and toxic heavy metals, formaldehyde, halides, etc.. Emissions of 1 ton of printing and dyeing wastewater per can of 20 tons of water body pollution. Join the WTO, textile printing and dyeing are double-digit growth in recent years, but the pollution treatment facilities is difficult to synchronize, pollutant emissions to increase. Printing and dyeing wastewater treatment facilities across the country over 10 billion yuan of total investment. China's industrial sector in the COD emission of the four key industries, textile printing and dyeing industry of COD emissions ranked fourth. Papermaking, food industry, the proportion of COD emissions decreased year by year, the textile and chemical industry, the proportion of COD emissions increased year by year, the proportion of textile printing and dyeing industry rose from 4.7% to 5.6%. Can be seen, the textile dyeing industry wastewater exist "big water, COD discharge is large, waste water treatment difficulties," and many other features.

Status of textile industry wastewater

7/17/2010 2:32:53 AM

Common food additives introduced

6/29/2010 10:21:57 PM

(1) preservatives - are most commonly used sodium benzoate, potassium sorbate, sulfur dioxide, lactic acid and so on. Used in jam, preserves and other food processing. (2) anti-oxidants - and preservatives like, you can extend the shelf life of food. Are most commonly used dimension C, C and so different dimension. (3) coloring agents - commonly used synthetic pigment carmine, amaranth red, lemon yellow, indigo and so on. It can change the food's appearance to enhance the appetite. (4) thickening agent and stabilizer - may improve or stabilize the physical properties of the cold food, make food look fine lubrication. They make ice cream and other frozen foods to maintain a soft, loose organizational structure. (5) Dietary Supplement - can enhance and supplement the food of certain nutrients such as minerals and trace elements (vitamins, amino acids, inorganic salts, etc.). All kinds of infant formula milk powder to contain a variety of nutrient supplement. (6) leavening agent - some candy and chocolate to add leavening agent, sugar body produces carbon dioxide may be prompted to play the role of leavening. Commonly used are sodium bicarbonate leavening agent, ammonium bicarbonate, of leavening agent. (7) sweetener - commonly used artificial sweeteners are saccharin, sodium cyclamate and so on. Purpose is to increase the sweet feeling. (8) sour agents - some drinks, candy and other agents often used to regulate and improve the sour smell of results. Used citric acid, tartaric acid, malic acid, lactic acid. (9) Brightener - benzoyl peroxide is the main component of flour brightener. Of food in the flour add the maximum dose allowed 0.06g/kg. Brightener exceeded, will destroy the nutritional flour, produced by acid hydrolysis may cause liver damage, benzoyl peroxide and other developed countries in the EU have been banned as a food additive. (10) Spices - spices are synthesized, but also natural, flavor a lot. The various tastes of consumers eat chocolate, the production process widely used in a variety of spices to make it a unique flavor with a variety of unique flavors.

Dragon Boat Festival

6/3/2009 3:44:11 AM

Our company held an activity to celebrate the Dragon Boat Festival.

Advanced Youth League Branch

5/15/2009 12:55:24 AM

We have won the "Advanced Youth League Branch" by the Township Government on May12th.

We joined Alibaba Gold Supply Member

5/3/2009 9:12:51 PM

We joined Alibaba Gold Supply Member and published over 800 products information on Alibaba.com, welcome to click the link to view them. http://hongbocmc.en.alibaba.com/

Indian customer came to visit our company

5/3/2009 9:07:18 PM

Our Indian Customer came to visit our company and took photoes with the leaders of our company on April 24, 2009.

Superabsorbent polymer

3/9/2009 7:45:28 PM

Water absorbing polymers, classified as hydrogels, absorb aqueous solutions through hydrogen bonding with the water molecule. So an SAP's ability to absorb water is a factor of the ionic concentration of an aqueous solution. In deionized and distilled water, SAP may absorb 500 times its weight (from 30-60 times its own volume), but when put into a 0.9% saline solution, the absorbency drops to maybe 50 times its weight. The presence of valent cations in the solution will impede the polymers ability to bond with the water molecule. Superabsorbent polymers are now commonly made from the polymerization of acrylic acid blended with sodium hydroxide in the presence of an intiator to form a poly-acrylic acid, sodium salt(sometimes referred to as cross-linked sodium polyacrylate). This polymer is the most common type of SAP made in the world today. Other materials are also used to make a superabsorbent polymer, such as polyacrylamide copolymer, ethylene maleic anhydride copolymer, cross-linked carboxy-methyl-cellulose, polyvinyl alcohol copolymers, cross-linked polyethylene oxide, and starch grafted copolymer of polyacrylonitrile to name a few. The latter is one of the oldest SAP forms created. Today superabsorbent polymers are made using one of two primary methods; suspension polymerization or solution polymerization. Both processes have their advantages over the other and both yield a consist quality of product. Solution based polymerization is the most common process used today for SAP manufacture. This process is efficient and generally has a lower capital cost base. The solution process uses a water based monomer solution to produce a mass of reactant polymerized gel. The polymerization's own reaction energy (exothermic) is used to drive much of the process, helping reduce manufacturing cost. The reactant polymer gel is then chopped, dried and ground to its final granule size. Any treatments to enhance performance characteristics of the SAP is usually accomplished after the final granule size is created. The suspension process is practiced by only a few companies because it offers a higher degree of production control and product engineering during polymerization step. This process suspends the water based reactant in a hydrocarbon based solvent. The net result is that the suspension polymerization creates the primary polymer particle in the reactor rather than mechanically in post-reactions stages. Performance enhancements can also be during or just after the reaction stage. The total absorbency and swelling capacity are controlled by the type and degree of cross-linking to the polymer. Low density cross-linked SAP generally has a higher absorbent capacity and swell to a larger degree. These types of SAPs also have a softer and more cohesive gel formation. High cross-link density polymers exhibit lower absorbent capacity and swell. The gel strength is firmer and can maintain particle shape even under modest pressure. The largest use of SAP is found in personal disposable hygiene products, such as baby diapers, adult protective underwear and sanitary napkins. SAP was discontinued from use in tampons due to 1980s concern over a link with toxic shock syndrome. SAP is also used for blocking water penetration in underground power or communications cable, horticultural water retention agents, control of spill and waste aqueous fluid, artificial snow for motion picture and stage production. The first commercial use was in 1978 for use in feminine napkins in Japan, disposable bed liners for nursing home patients in the USA.

The new year's party

1/2/2009 4:58:19 PM