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

BASF JONCRYL 690 Acrylic Resin

BASF JONCRYL 690 from BASF's JONCRYL series self-crosslinking water-based acrylic resin range for industrial protection is a self-crosslinking water-based acrylic emulsion developed for industrial protective and decorative coatings. As an anionic emulsion system with 46% solid content, it features excellent self-crosslinking film-forming properties, forming high-performance coatings without additional crosslinking agents

Features Of BASF JONCRYL 690 Acrylic Resin

  1. Self-crosslinking film-forming advantage - Can complete crosslinking and film formation without additional crosslinking agents, simplifying the formula system, reducing production and preparation costs, and ensuring batch stability.

  2. Comprehensive protective performance - Outstanding water resistance, chemical corrosion resistance and damp-heat resistance, effectively resisting industrial environmental erosion, with long-lasting and reliable coating protection.

  3. Excellent adhesion performance - Strong adhesion to various substrates such as metal and wood, firm bonding after film formation, not easy to fall off, ensuring the service life of the coating.

Typical Applications Of BASF JONCRYL 690 Acrylic Resin

  1. Water-based industrial metal paint: Industrial protective coatings for hardware accessories and metal components, with good corrosion resistance, suitable for assembly line batch coating.

  2. Water-based industrial wood paint: Industrial coating for solid wood furniture and wooden packaging materials, combining protection and decoration, with efficient and convenient construction.

  3. Water-based industrial plastic paint: Industrial coatings for ABS, PVC and other plastic substrates, with strong adhesion and excellent flexibility, avoiding substrate deformation.

Specifications Of BASF JONCRYL 690 Acrylic Resin

Resin TypeSelf-crosslinking anionic water-based acrylic emulsion
AppearanceMilky white liquid
Solid Content (wt%)46±1
pH Value (25℃)7.5~8.5
Viscosity (25℃, mPa·s)200~800
Minimum Film Formation Temperature (MFT, ℃)18
Glass Transition Temperature (TG, ℃)23
Freeze/Thaw StabilityPass 5 cycles test (stable)
Mechanical StabilityExcellent (5000r/min, 30min no flocculation)


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