Solvent-free polyether modified polysiloxane additive for improved slip, deaeration, flow and leveling in solvent-based, water-based and solvent-free coatings systems, 100 % active, VOC-free

  • Physical Characteristics

    AppearanceLiquid, yellow
    Non-volatile contentN/A
    Density1.01 g/cm³ DIN 51757 (20°C)
    Viscosity70 – 140 mPa.s DIN 53015 (23 °C)
    ColorHazen: Max. 100 ISO 6271
    Refractive IndexRefractive Index 1.43 – 1.44 DIN 51423 (23 °C)

  • Features

    • Improves substrate wetting
    • Increases surface slip
    • Improves block and scratch resistance
    • Quickly removes air bubbles from applied coated surfaces
    • Avoids microfoam formation at all production stages
    • Promotes higher gloss and less haze in cured finishes

  • Applications

    • Coatings
      • General Industrial
      • Decorative
      • Automotive OEM
      • Automotive Refinish

  • Dosage

    The recommended dosage is 0.05 to 0.30 % of the total weight of the formulation depending upon the binder type and which property is being addressed. The exact dosage should be experimentally determined. Borchi® Gol LA 200 is easy to use and can be added at any stage of the formulation; however, we recommend adding it near the end of the formula. Do not exceed recommended dosages to prevent intercoat adhesion issues. Borchi® Gol LA 200 should be added as supplied into the system. However, premixes for water-based formulas can be made by blending this product with polyglycol ethers. Most common solvents can be used in the premix for solvent-based systems.

  • Storage

    Protect from the effects of weathering and light. Store at temperatures between 5 and 30 °C. Once opened, containers should be resealed immediately after each removal of the product.

  • Safety

    Please refer to our safety data sheet for information relating to product safety.

Registration :
  • Europe : EINECS, EU - REACH (Registered)
  • Switzerland : EINECS
  • USA : TSCA
  • Canada : NDSL
  • China : IECSC
  • Japan : ENCS/METI
  • Taiwan : NECI