P-BBARRIERTA L 55/0 High-Temperature Lubricating Grease for Kiln Bearings and Chemical Valves
P-BBARRIERTA L 55/0
minimum order
1 piece
Supply Ability
10000piece / Month
Country of Origin
China
Stock Time
3Day
Quantity:
P-BBARRIERTA L 55/0 High-Temperature Lubricating Grease for Kiln Bearings and Chemical Valves
Detailed Information
- Model: P-BBARRIERTA L 55/0
- Packaging: 1KG
- Key Ingredients: Perfluoropolyether, polytetrafluoroethylene, and additives
- Packaging: 1KG
- Key Ingredients: Perfluoropolyether, polytetrafluoroethylene, and additives
- Type: High-temperature lubricating grease, perfluorinated grease, NSF-H1 grease, food-grade lubricant, industrial kiln bearing grease
The P-BBARRIERTA L 55/0 is a high-performance perfluorinated lubricating grease engineered for demanding industrial environments. This series is designed to optimize equipment reliability, extend service intervals, and significantly reduce long-term maintenance overhead.
Key Characteristics
The P-BBARRIERTA L 55/0 series offers several technical advantages for heavy-duty applications:
Thermal Stability: Capable of sustained operation at temperatures up to 260°C, ensuring stability in extreme thermal environments.
Chemical Resistance: Exhibits superior resistance to corrosive chemicals, vapors, and aggressive solvents, protecting components from oxidative degradation.
Material Compatibility: Formulated to be compatible with a wide range of plastic components and substrates that are typically sensitive to conventional lubricants.
Operational Reliability: Validated through extensive long-term field testing across multiple industrial sectors, ensuring proven performance in complex mechanical systems.
Customizable Specifications: Available in four distinct NLGI consistency grades, allowing for precise selection based on specific equipment load and operational requirements.
Thermal Stability: Capable of sustained operation at temperatures up to 260°C, ensuring stability in extreme thermal environments.
Chemical Resistance: Exhibits superior resistance to corrosive chemicals, vapors, and aggressive solvents, protecting components from oxidative degradation.
Material Compatibility: Formulated to be compatible with a wide range of plastic components and substrates that are typically sensitive to conventional lubricants.
Operational Reliability: Validated through extensive long-term field testing across multiple industrial sectors, ensuring proven performance in complex mechanical systems.
Customizable Specifications: Available in four distinct NLGI consistency grades, allowing for precise selection based on specific equipment load and operational requirements.
Scope of Application
High-Temperature Transmission: Kiln car bearings, calenders, industrial fans, injection mold pins, and sliding guides capable of 260°C continuous operation.
Chemical Processing: Corrosion-resistant valve assemblies, pump seals, and liquid level sensors.
Food and Pharmaceutical Manufacturing: Applications include bakery oven chains and frying equipment bearings. The product holds NSF-H1 certification, rendering it suitable for environments where incidental food contact may occur.
Specialized Infrastructure: High-voltage switch contact lubrication and vacuum pump sealing.
Chemical Processing: Corrosion-resistant valve assemblies, pump seals, and liquid level sensors.
Food and Pharmaceutical Manufacturing: Applications include bakery oven chains and frying equipment bearings. The product holds NSF-H1 certification, rendering it suitable for environments where incidental food contact may occur.
Specialized Infrastructure: High-voltage switch contact lubrication and vacuum pump sealing.
Application Guidelines
To ensure maximum operational efficiency and structural adhesion, all friction surfaces must be thoroughly prepared before application. It is recommended to clean the contact points using 180/210 petroleum solvent or P-XZ 3-1 specialized cleaner. Following the cleaning process, use compressed air or high-temperature air to remove all solvent residues. The friction surfaces must be entirely free of pre-existing lubricants, moisture, oils, and particulate contaminants to facilitate optimal performance.