Matexcel Gellan Gum LAS NAT-190

Description
Loss on drying(%) ≤15.0 Lead(mg/kg) ≤2.0 Particle size(%) 60 Mesh ≥95 Transparency(%) ≥85 Gel strength(g/cm 2) ≥900 Ash(%) ≤15 PH(0.5% Solution) 5.0—7.0 Bacterium account(CFU/g) ≤10000 Coliforms(MPN/100g) ≤30 Yeast and mould(CFU/g) ≤400 Salmonella 0/25g Application: Gellan gum is a hydrocolloid produced by the microorganism Sphingmonas elodea. Gellan gum is manufactured by fermentation from a carbohydrate source(glucose). Deacylation is carried out by treating the product with alkali. Gellan Gum LA is a perfect gelling/ stabilizing agent applied in food and beverages, personal care products,and solid air fresheners. Appearance of Gellan Gum LAS is white fine powder. Gellan gum is based on a linear structure of repeating, glucose, rhamnose and glucuronic acid units. In high acyl Gellan gum two acyl side chains, acetate and glycerate are present. Both substituents are present on the same glucose molecule and on average there is one glycerate per repeating unit and one acetate every two repeating units. In low acyl Gellan gum the acyl groups are removed. Usage: 1. Make gellan gum dispersed in cool deionised water by stirring; 2. Heat solution 1. to 85 Celcius Degree for 20-30mins; or boiling for 5-10mins; 3. Add cations or salts into solution 2.; 4. Cool down the solution 3. to certain temperatures, gelling or suspending fuctions avaiable. Purity: >85.0%
Datasheet
Description
Loss on drying(%) ≤15.0 Lead(mg/kg) ≤2.0 Particle size(%) 60 Mesh ≥95 Transparency(%) ≥85 Gel strength(g/cm 2) ≥900 Ash(%) ≤15 PH(0.5% Solution) 5.0—7.0 Bacterium account(CFU/g) ≤10000 Coliforms(MPN/100g) ≤30 Yeast and mould(CFU/g) ≤400 Salmonella 0/25g Application: Gellan gum is a hydrocolloid produced by the microorganism Sphingmonas elodea. Gellan gum is manufactured by fermentation from a carbohydrate source(glucose). Deacylation is carried out by treating the product with alkali. Gellan Gum LA is a perfect gelling/ stabilizing agent applied in food and beverages, personal care products,and solid air fresheners. Appearance of Gellan Gum LAS is white fine powder. Gellan gum is based on a linear structure of repeating, glucose, rhamnose and glucuronic acid units. In high acyl Gellan gum two acyl side chains, acetate and glycerate are present. Both substituents are present on the same glucose molecule and on average there is one glycerate per repeating unit and one acetate every two repeating units. In low acyl Gellan gum the acyl groups are removed. Usage: 1. Make gellan gum dispersed in cool deionised water by stirring; 2. Heat solution 1. to 85 Celcius Degree for 20-30mins; or boiling for 5-10mins; 3. Add cations or salts into solution 2.; 4. Cool down the solution 3. to certain temperatures, gelling or suspending fuctions avaiable. Purity: >85.0%
Datasheet

Suppliers

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Product
Description
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Gellan Gum LAS - NAT-190 - Matexcel
Shirley, NY, United States
Gellan Gum LAS
NAT-190
Gellan Gum LAS NAT-190
Loss on drying(%) ≤15.0 Lead(mg/kg) ≤2.0 Particle size(%) 60 Mesh ≥95 Transparency(%) ≥85 Gel strength(g/cm 2) ≥900 Ash(%) ≤15 PH(0.5% Solution) 5.0—7.0 Bacterium account(CFU/g) ≤10000 Coliforms(MPN/100g) ≤30 Yeast and mould(CFU/g) ≤400 Salmonella 0/25g Application: Gellan gum is a hydrocolloid produced by the microorganism Sphingmonas elodea. Gellan gum is manufactured by fermentation from a carbohydrate source(glucose). Deacylation is carried out by treating the product with alkali. Gellan Gum LA is a perfect gelling/ stabilizing agent applied in food and beverages, personal care products,and solid air fresheners. Appearance of Gellan Gum LAS is white fine powder. Gellan gum is based on a linear structure of repeating, glucose, rhamnose and glucuronic acid units. In high acyl Gellan gum two acyl side chains, acetate and glycerate are present. Both substituents are present on the same glucose molecule and on average there is one glycerate per repeating unit and one acetate every two repeating units. In low acyl Gellan gum the acyl groups are removed. Usage: 1. Make gellan gum dispersed in cool deionised water by stirring; 2. Heat solution 1. to 85 Celcius Degree for 20-30mins; or boiling for 5-10mins; 3. Add cations or salts into solution 2.; 4. Cool down the solution 3. to certain temperatures, gelling or suspending fuctions avaiable. Purity: >85.0%

Loss on drying(%) ≤15.0
Lead(mg/kg) ≤2.0
Particle size(%) 60 Mesh ≥95
Transparency(%) ≥85
Gel strength(g/cm
2) ≥900
Ash(%) ≤15
PH(0.5% Solution) 5.0—7.0
Bacterium account(CFU/g) ≤10000
Coliforms(MPN/100g) ≤30
Yeast and mould(CFU/g) ≤400
Salmonella 0/25g

Application: Gellan gum is a hydrocolloid produced by the microorganism Sphingmonas elodea. Gellan gum is manufactured by fermentation from a carbohydrate source(glucose). Deacylation is carried out by treating the product with alkali. Gellan Gum LA is a perfect gelling/ stabilizing agent applied in food and beverages, personal care products,and solid air fresheners. Appearance of Gellan Gum LAS is white fine powder. Gellan gum is based on a linear structure of repeating, glucose, rhamnose and glucuronic acid units. In high acyl Gellan gum two acyl side chains, acetate and glycerate are present. Both substituents are present on the same glucose molecule and on average there is one glycerate per repeating unit and one acetate every two repeating units. In low acyl Gellan gum the acyl groups are removed.

Usage:

1. Make gellan gum dispersed in cool deionised water by stirring;
2. Heat solution 1. to 85 Celcius Degree for 20-30mins; or boiling for 5-10mins;
3. Add cations or salts into solution 2.;
4. Cool down the solution 3. to certain temperatures, gelling or suspending fuctions avaiable.

Purity: >85.0%

Supplier's Site Datasheet

Technical Specifications

  Matexcel
Product Category Biological Materials
Product Number NAT-190
Product Name Gellan Gum LAS
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