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Solution de matériaux spécialisés en latex synthétique.


Solution de matériaux spécialisés en latex synthétique.

Synthetic latex offers an alternative to natural latex, with numerous varieties available. These polymers were developed to provide performance characteristics not achieved with natural latex. Synthetic latex can be produced on a large scale, with advancements continually being made in process efficiency and technology.

SYNLEX™ are synthetic latex compounds produced to achieve specific high-performance properties. Some of the primary synthetic polymers used include polychloroprene, nitrile, acrylic, SBR, and polyvinyl acetate.

How does it work?

SYNLEX™ is formulated from various polymers that are man-made. They are typically developed to meet unique properties not achieved with natural latex.

Properties include resistance to oil and chemicals, UV, heat, and abrasion. The end result is SYNLEX™.

Main features

  • Formulated for a wide variety of market applications and processing methods.
  • Optimized for applications including cohesives, adhesives, dipping compounds, sealants, binders, and coatings.
  • Can be used to produce flexible and durable end products.
  • Offers outstanding physical toughness and a wide processing temperature range. –Chemical, heat, UV, flame, and abrasion resistance.


Consumer goods and appliances

  • Boots & footwear
  • Medcal products
  • Recreational
  • Hand protection

Commercial & Industrial

  • Tools & hardware
  • Medical supplies
  • Automotive
  • Adhesives
  • Packaging


Color reference chart

Get inspired by a broad range of standard colors.

Visit our Color Finder page for inspiration.

Custom formulations

Talk to your coating expert regarding custom formulations to fit your exact needs.



SYNLEX™ can be formulated to be compliant with certain guidelines.

Ask our experts to see what different types of compliance, certification, or accreditation are available for your product.


SYNLEX™ can be tested on demand for various properties.

  • Tensile
  • Tear
  • Elongation
  • Swollen Diameter
  • Mechanical Stability
  • Flame Retardancy
  • Total Solids
  • Viscosity
  • pH
  • Hardness
  • Bond Strength
  • Weight Per Gallon