Technical datasheet

EBAC® SP2810

Supplied byWestlake- Last Updated on Oct 10, 2022

EBAC® SP2810 by Westlake is a soft, flexible, impact modified, plasticizers-free ethylene butyl acrylate (EBA) copolymer grade with 16% butyl acrylate (BA).
  • Exhibits good heat & radio frequency (RF) sealing, good toughness, good corrosion resistance, good adhesion, excellent environmental stress-cracking resistance (ESCR), high coefficient of friction and high solids fillability.
  • Offers excellent drawdown, low neck-in, broad chemical resistance and processing range.
  • EBAC® SP2810 is compatible with various polymers including paper, polyolefins, oriented polyolefins, polyesters, ionomers, PVC, unplasticized PVC and other polar polymers.
  • It is suitable for processing by blown film extrusion, compounding and co-extrusion.
  • Recommended for films, flexible packaging, asphalt modification and wire & cable applications.
  • Complies with FDA 21 CFR regulation.
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EBAC® SP2810 properties

Mechanical properties

PropertiesValue & unitTest conditionTest method
Elongation at Break0.0 Visible After LoginVisible After LoginVisible After Login
Hardness, Shore D0.0 Visible After LoginVisible After LoginVisible After Login
Modulus of Elasticity0.0 Visible After LoginVisible After LoginVisible After Login
Tensile Strength at Break0.0 Visible After LoginVisible After LoginVisible After Login

Other properties

PropertiesValue & unitTest conditionTest method
Tensile Strength at Yield0.0 Visible After LoginVisible After LoginVisible After Login

Physical properties

PropertiesValue & unitTest conditionTest method
Butyl Acrylate Content0.0 Visible After LoginVisible After LoginVisible After Login
Density0.0 Visible After LoginVisible After LoginVisible After Login
Melt Mass-Flow Rate (MFR or MFI = Melt Flow Index or MI = Melt Index)0.0 Visible After LoginVisible After LoginVisible After Login

Thermal properties

PropertiesValue & unitTest conditionTest method
Brittleness Temperature0.0 Visible After LoginVisible After LoginVisible After Login
Decomposition Temperature0.0 Visible After LoginVisible After LoginVisible After Login
Melting Point0.0 Visible After LoginVisible After LoginVisible After Login
Vicat Softening Temperature0.0 Visible After LoginVisible After LoginVisible After Login

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