Language

METOLAT® 9204

METOLAT® 9204

Americas · Asia/Oceania · EMEA

Product Details

METOLAT® 9204 is a low foaming nonionic wetting agent for separator coatings. It reduces the surface tension and improves substrate wetting. METOLAT® 9204 optimizes the surface leveling of the coating.

Product Group
  • Wetting Agents
Market
  • Battery
Effect: Battery

STR

SW

Target Formulation
  • Separator Coating
Physical Condition
  • Liquid
Type
  • Organo-modified Siloxane
Active / Solid content

100%

Availability
  • Americas
  • Asia/Oceania
  • EMEA
Free From
  • APE free
  • Biocide free
  • Solvent free
  • VOC free

Resources

Datasheets

Material Safety Data Sheet

Technical Data Sheet

Product Brochures

Processing Aids for Electrode Manufacturing

Similar Products

Product Group
Market
Effect: Battery
Target Formulation
Physical Condition
Type
Active / Solid content
Availability
Free From

METOLAT® 9204

METOLAT® 9204 is a low foaming nonionic wetting agent for separator coatings. It reduces the surface tension and improves substrate wetting. METOLAT® 9204 optimizes the surface leveling of the coating.

Product Group

  • Wetting Agents

Market

  • Battery

Battery

STR

SW

Target Formulation

  • Separator Coating

Physical Condition

  • Liquid

Type

  • Organo-modified Siloxane

Active / Solid content

100%

Availability

  • Americas
  • Asia/Oceania
  • EMEA

Free From

  • APE free
  • Biocide free
  • Solvent free
  • VOC free

METOLAT® 9214

METOLAT® 9214 is a low foaming nonionic, silicone free wetting agent for separator coatings. It reduces the surface tension and improves substrate wetting. METOLAT® 9214 optimizes the surface leveling of the coating.

Product Group

  • Wetting Agents

Market

  • Battery

Battery

STR

SW

Target Formulation

  • Separator Coating

Physical Condition

  • Liquid

Type

  • Ester

Active / Solid content

100%

Availability

  • Americas
  • Asia/Oceania
  • EMEA

Free From

  • APE free
  • Biocide free
  • Solvent free
  • Silicone free
  • VOC free

SW

Substrate Wetting

STR

Surface Tension Reduction

Contact