Ambersil Silicone Antistick Lubricant Silicone 400 ml Aerosol

CRC Silicone Antistick Lubricant, 400ml Aerosol size, Multipurpose Lubricant Type - 31572-AC

This aerosol lubricant is a high-purity silicone anti-stick multipurpose lubricant. Presented in a 400ml aerosol can, it is designed for a variety of applications that require effective lubrication and reduced friction. Formulated with concentrated silicone oil, it ensures compatibility with different materials, offering exceptional slip properties and long-lasting performance.

Features & Benefits

• High-purity silicone oil guarantees exceptional slip and longevity
• Ideal for plastic-on-plastic and rapidly oscillating surfaces
• Minimised need for frequent re-lubrication enhances productivity
• Soluble in solvents, ensuring versatility in diverse environments
• Extremely flammable; proper storage is essential for safety

Applications

• Used on machinery to enhance movement and reduce wear
• Ideal for lubrication of sliding surfaces in electrical components
• Effective for mechanical and automation requiring anti-stick properties
• Utilised in industries where high-performance lubrication is critical

How does the operational temperature range benefit the product?

The ability to operate efficiently up to 200°C allows for use in high-temperature environments, maintaining its lubricating properties under industrial conditions. This makes it suitable for demanding applications in various mechanical processes.

Is this lubricant suitable for all materials?

The excellent material compatibility ensures that it is ideal for use on plastics and metals, providing effective lubrication without compromising the integrity of surfaces.

What is the discharge rate, and how does it affect application?

With a discharge rate of 1.4 g/sec, it allows for precise and controlled application, ensuring even coverage on desired surfaces while minimising waste and facilitating ease of use.

Can this lubricant be used in food processing environments?

This product is not food-processing safe, and users should consider food-safe lubricant alternatives for applications in such areas.