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grease for rubber tire manufacturing

P-X90-10M Chemically Inert PFPE Grease PTFE Formula for Vulcanization Lubrication

P-X90-10M
minimum order
1 piece
Supply Ability
10000piece / Month
Country of Origin
China
Stock Time
3Day
Quantity:
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P-X90-10M Chemically Inert PFPE Grease PTFE Formula for Vulcanization Lubrication

Detailed Information

Product Number: P-X90-10M
Category: Imported Brand Alternative
Key Characteristics: PFPE tire mold lubricant, high temperature chemical inert grease, industrial lubricant, PTFE thickened PFPE grease.

Technical Performance

Appearance/Color: Smooth, White
Flash Point: None
Dropping Point: None
Minimum Operating Temperature: -20°C (-68°F)
Maximum Operating Temperature: 288°C (550°F)
NLGI Grade #: 2
Thickener: PTFE
Base Oil Type: PFPE
Base Oil Viscosity, cSt: 455 @ 40°C
 
P-X90-10M is a chemically inert and nonflammable NLGI 2 grease, ideal for the segmented molds in rubber tire manufacturing. Its formulation, using PFPE KING PFPE technology and a PTFE-based thickener, ensures superior lubrication across a wide temperature range (–20°C to +288°C) and compatibility with most plastics. P-X90-10M protects metals against rust and corrosion and is 100% compatible with other PFPE greases, making it a versatile choice for environments with hazardous chemicals that require high stability and inertness.

Features & Benefits

Excellent Adhesion: Ensures the grease stays in place, reducing the need for frequent reapplication.
High Thermal Stability: Maintains performance in high-temperature environments typical in tire vulcanization.
Chemical Inertness: Resists chemical reactions, enhancing durability and safety.
High Hydrolytic Stability: Unaffected by contact with boiling water or steam, crucial for steam-heated processes.
Carbon Residue Elimination: Prevents buildup often associated with hydrocarbon-based greases.

Typical Applications

Vulcanization Process in Rubber Tire Manufacturing: Specifically designed for lubricating both electric and steam-heated molds.
High-Performance Industrial Equipment: Where high thermal stability, chemical inertness, and longevity are crucial.
Applications Requiring Extended Lubrication Intervals: Its excellent adhesion and resistance to high temperatures and chemicals make it ideal for machinery where frequent re-lubrication is impractical or undesirable.