IAM DiFunctional B

IAM DiFunctional B is a high modified non-ionic, water soluble cellulose ether. It improves the consistency and the water retention of gypsum and cement based plasters. IAM DiFunctional B is a modified high viscosity grade of ethyl hydroxyethyl cellulose.

Brand: IAM (15 products)

Functions: Rheology Modifier, Water Retention Agent

Chemical Family: Cellulose & Cellulosics, Cellulose Ethers

Features: Improved Water Retention, Improved Workability, Sag Resistance

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Features & Benefits

Applications & Uses

Markets
Applications
Applications

IAM DiFunctional B is used in gypsum and cement based plasters to improve the workability, consistency and water retention. IAM DiFunctional B provides high sag resistance.

Properties

Physical Form
Note
IAM DiFunctional B is a modified high viscosity grade of ethyl hydroxyethyl cellulose.

Regulatory & Compliance

Certifications & Compliance

Packaging & Availability

Country Availability
Packaging Type
Regional Availability
  • Global
Packaging and Transport

Care should be taken to prevent ignition from heat, spark, open flames or hot surface. BERMOCOLL CCA 612 is packed in a polyethylene bag. Net weight 20 kg. We recommend emptying the bags from the bottom. The empty bags can be recycled or burned.

Storage & Handling

Storage Conditions
  • IAM DiFunctional B should be admixed to the plaster in dry form before the water is added. Due to its small particle size IAM DiFunctional B will dissolve rapidly after addition of water to the dry mix.
  • At the temperatures above 250 °C (480 °F), charring of IAM DiFunctional B will occur. At high temperatures and in contact with an open flame, IAM DiFunctional B will burn slowly with the characteristics of cellulose.
  • In unopened bags, BERMOCOLL CCA 612 can be stored for several years. In opened bags, the moisture content of BERMOCOLL CCA 612 will be influenced by the air humidity.
  • Like many industrial processed powdery materials, cellulose ether dusts are combustible and can cause dust explosions. Dust formation must be avoided or kept to a minimum.