Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Evonik Ancamide 2050 Polyamide Curing Agent

Evonik Ancamide 2050 is a high-performance polyamide curing agent from Evonik’s Ancamide series, designed for epoxy resins. It delivers excellent flexibility, chemical resistance, and low-temperature cure capability. Widely used in coatings, adhesives, and composites, it ensures superior toughness and adhesion without volatile solvents.
  • evonik ancamide 2050 polyamide curing agent_3167722d
  • evonik ancamide 2050 polyamide curing agent_3167722d

Features Of Evonik Ancamide 2050 Polyamide Curing Agent

  1. Flexible and tough cured epoxy systems with excellent impact resistance.

  2. Low viscosity enables easy handling, good flow, and improved wetting of fillers and reinforcements.

  3. Extended pot life at ambient temperature for improved processing window in large-part or multi-component applications.

  4. Good adhesion to metals, concrete, and composite substrates without aggressive surface pretreatment.

  5. Low odor and low volatility formulation supports safer industrial handling and compliance with VOC regulations.

Typical Applications Of Evonik Ancamide 2050 Polyamide Curing Agent

  1. Structural adhesives for automotive and transportation assembly.

  2. Epoxy-based flooring and industrial coatings for warehouses and manufacturing facilities.

  3. Electrical encapsulation and potting compounds for transformers and power electronics.

  4. Composite matrix resins for wind turbine blades and aerospace secondary structures.

  5. Repair mortars and polymer-modified grouts for civil engineering infrastructure.

Specifications Of Evonik Ancamide 2050 Polyamide Curing Agent

Chemical TypePolyamide adduct
Product FormLiquid
AppearanceAmber to light brown transparent liquid
Viscosity (25 °C)1,800–2,500 mPa·s
Amine Value230–260 mg KOH/g
Reactivity ProfileMedium-reactive polyamide curing agent
Primary ApplicationsEpoxy resin curing for adhesives, coatings, and composites
Key FeaturesFlexibility, low-temperature cure capability, low exotherm


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