Automotive Antivibration Mount Rubber Mold Release Agent Water-Based Durable Demolding

Lubekote 9421A is a water-based rubber mold release agent developed for automotive antivibration mount demolding. It delivers strong durability and a reliable releasing effect while producing an excellent surface gloss on molded rubber components. The formula can be diluted multiple times without losing performance, making it highly cost-effective for high-volume production. Its water-based carrier is environmentally friendly and supports a cleaner manufacturing environment. The product also prolongs the mold cleaning cycle, reducing downtime and improving overall production efficiency for antivibration mounts, engine mounts, and suspension bushings.

• Strong Durability: Maintains a long-lasting release film for consistent performance.
• Excellent Surface Gloss: Produces molded parts with a premium, glossy surface finish.
• Dilutable Multiple Times: Can be diluted several times for economical, cost-effective use.
• Prolongs Mold Cleaning Cycle: Reduces build-up and extends the interval between mold cleanings.
• Water-Based Formula: Environmentally friendly with low VOC emissions.
• Good Post-Process Performance: Supports clean painting and bonding after demolding.

Lubekote 9421A is formulated for rubber mold release in automotive antivibration applications, including engine mounts, transmission mounts, suspension bushings, and vibration isolators. It is compatible with steel and aluminum molds and applies by spray, brush, or dip. The release film is effective across natural rubber, nitrile rubber, and EPDM compounds, providing clean demolding and preserving fine surface detail on molded rubber parts.

Lubekote 9421A is packed in 25L and 200L containers with a delivery time of 5-15 working days. Each batch is quality-checked for durability, release performance, and surface gloss. Store in a cool, dry place and protect from freezing. This product is for industrial use only; avoid prolonged skin contact and rinse eyes with water immediately if contact occurs.