Industry Grade Microcrystalline Wax For Adhesive Processing - China

In adhesives, microcrystalline wax primarily serves as a tackifier, flexibility modifier, and structural shaping agent, leveraging its high melting point, strong adhesion, and excellent ductility.

‌Enhanced Adhesion and Cohesion‌: Microcrystalline wax molecules contain a large number of branched alkanes and cycloalkanes.

When melted, they exhibit good wetting properties on the substrate; upon cooling, they form a dense microcrystalline structure, significantly improving the adhesive’s initial tack and long-term adhesion.

‌Provides flexibility and crack resistance‌: Compared to the brittleness of paraffin wax, microcrystalline wax is soft and highly ductile, capable of absorbing stress and preventing the adhesive from cracking during bending or temperature changes, making it particularly suitable for applications subject to dynamic stress.

‌Regulates Rheology and Heat Resistance‌: As a thickener, it optimizes the adhesive’s viscosity and prevents sagging; its high melting point provides the adhesive with better dimensional stability and heat resistance at high temperatures.

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Company Contact:

• Posted By: Syntop Chemical Co., Ltd.

• Phone: 86-22-65820774

• Address: Hesheng International Plaza, Binhai New Area, Tianjin, Tianjin , Asia , China

• Email:

• Website: https://www.syntopchem.com/

• Business Description: Syntop chemical Co.,Ltd. is a professional wax supplier from China .
  
  We have owned wax factory and can supply stable quality wax with the competitive price.
  
  Our major products include :
  
  1 - Fischer tropsch wax
  
  2 - Micro crystalline wax
  
  2 - Powder Micro crystalline wax
  
  4 - Paraffin wax ( from CNPC & Sinopec )
  
  5 - micronized wax
  
  6 - Oxidized Polyethylene wax
  
  7 - Special wax
  
  Syntop also can do OEM business.
  
  we has established a complete R&D and product quality control center, will focus on customers needs and technology innovation, Syntop, your reliable and loyal partner in the field of wax.