MOULD RELEASE

MOULD RELEASE

MOULD RELEASE is an aerosol-based silicone mold release agent manufactured by DSC Chemical[cite: 18]. Specially formulated to prevent sticking and raise production efficiency, it forms a durable release film that does not decompose into carbon buildup on molds[cite: 18]. It performs exceptionally well across low and high temperature ranges and high humidity conditions, significantly reducing mold maintenance and cleaning requirements[cite: 18].

Key Features

• Silicone-Based Efficiency: Pure silicone formulation that prevents material attachment and accelerates production cycling[cite: 18].
• Non-Carbonizing & Non-Gummy: Will not decompose to form carbon deposits or sticky residues on mold surfaces[cite: 18].
• Color Stability: Does not discolor light-colored plastic or rubber parts during production[cite: 18].
• Wide Operational Window: Functions reliably under both low and high operating temperatures as well as high-humidity environments[cite: 18].
• Safe & Non-Toxic: Non-poisonous formulation providing smooth release across various substrates[cite: 18].

Technical Specifications

• Product Name: DSC Mould Release[cite: 18]
• Manufacturer: DSC Chemical[cite: 18]
• Physical State / Form: Liquid / Aerosol[cite: 18]
• Chemical Base: Silicone base[cite: 18]
• Appearance & Odor: Amber liquid with a solvent odor[cite: 18]
• Boiling Point Range: -41.4°F to 159°F[cite: 18]
• Specific Gravity ($H_2O = 1$): 1.1[cite: 18]
• Vapor Pressure PSIG @ 70°F: 56[cite: 18]
• Vapor Density (Air = 1): 4.0 (Heavier than air/water)[cite: 18]
• Evaporation Rate (Butyl Acetate = 1): > 1[cite: 18]
• Solubility in Water: Nil (Insoluble)[cite: 18]
• pH: Not applicable (N/A)[cite: 18]

Applications

• Molds for almost all types of plastics, melamine, and synthetic resins[cite: 18]
• Rubber goods manufacturing, including tires, footwear, and electrical components[cite: 18]
• Glass molding applications[cite: 18]
• Release agent for glue application areas and spreading equipment[cite: 18]

Usage & Handling Guidelines

• Application Method: Shake aerosol well before use. Spray evenly onto the target mold surface from a distance of approximately 15–20 cm[cite: 18].
• Nozzle Maintenance: To prevent spray nozzle blockages, invert the aerosol can after use and spray briefly until clear gas escapes[cite: 18].

Note: Physical properties and application guidelines reflect standard specifications provided in DSC Chemical technical documentation[cite: 18].