Water-Based Rubber Mold Release Agent Brake Hose Demolding High Cleanliness Inner Wall

Lubekote 9240 is a water-based rubber mold release agent formulated specifically for brake hose demolding. It produces an inner wall that is completely oil-free and exceptionally clean, meeting the strict quality requirements of automotive brake hose manufacturers. The product forms a thin, uniform release film on the mandrel and mold surfaces, allowing the hose to be pulled easily from the core without tearing or distortion. Its water-based chemistry minimizes solvent emissions and improves operator safety. The result is a smooth, defect-free hose interior that enhances product performance and reduces rework.

• High Cleanliness Inner Wall: Leaves the hose inner wall completely oil-free and clean.
• No Pit Or Sand Hole: Produces a smooth interior without pits, sand holes, or surface defects.
• Extends Mandrel Service Life: Protects the mandrel and reduces wear during repeated production cycles.
• Easy Core Pulling: Ensures easy removal and effortless core pulling for higher efficiency.
• Water-Based Formula: Low VOC and low odor for a safer production environment.
• Excellent Release Effect: Delivers reliable demolding across continuous hose production lines.

Lubekote 9240 is designed for rubber mold release in brake hose, AC hose, steel wire hydraulic hose, straight rubber hose, and food hose manufacturing. It is compatible with mandrels and molds used in extrusion and vulcanization processes. The product applies easily by dipping, spraying, or brushing, and a thin coat is sufficient for reliable release. It is an excellent anti-tack agent for rollers, drums, and autoclave vulcanization operations in the hose industry.

Lubekote 9240 is supplied in 25L and 200L containers with a delivery time of 5-15 working days. Each batch is tested for cleanliness, release performance, and consistency. Store in a cool, dry place and protect from freezing. For industrial use only; avoid prolonged skin contact and rinse eyes with water immediately on contact.