XYC AMBLYGON TA 15/2 High-Temperature Long-Life Lithium-Based Grease Suitable for Steel Printing Automotive Industries 1KG

- Product Number: XYC AMBLYGON TA 15/2

- Product Type: High-Temperature, Long-Life Grease

- Application: Steel Industry Grease, Printing Industry, Automotive Industry Grease

- Type: Rolling Bearing Grease, Low-Noise Lubricating Grease
- Minimum Service Temperature: -20°C
- Maximum Service Temperature: 150°C
- Water Resistance/Rust Prevention: B
- Extreme Pressure Performance: B, EP Grease Type

- ISO Viscosity Grade: 100
- Kinematic Viscosity (40°C): 500 mm²/s
- Flash Point (Open Cup): 120°C
- Pour Point: 251°C
- Solidification Point: 60°C
- Service Temperature: 1500°C
- Composition: Lithium-Based Grease
- Density: 0.123
- Property Value: 541

- Broad Temperature Range: Exhibits a wide service temperature range, functional from -20°C to 150°C, fulfilling lubrication requirements for diverse high-heat operational scenarios.
- Excellent Adhesion: Demonstrates strong adherence to metal surfaces, firmly attaching to friction component surfaces, forming a stable lubricating film that resists detachment or loss even under high-speed operation or heavy loads.
- Superior Water and Chemical Resistance: Resistant to hot and cold water, dilute alkalis, and acidic solutions, maintaining lubricating properties in humid or chemically aggressive surroundings, resisting wash-off by water or degradation via chemical reactions.
- Oxidation and Aging Resistance: Possesses robust oxidation and aging resistance, enabling extended use without degradation, effectively safeguarding apparatus parts from corrosion, prolonging apparatus lifespan, and reducing maintenance frequency and expenditures.

- Suitable Industries: Primarily for the machinery manufacturing sector, applicable to various apparatuses requiring long-term lubrication and operating in high-temperature settings.

- Printing Industry: Specifically designated for lubricating high-temperature bearings in air pumps of advanced color printing presses from Heidelberg, Roland, KBA, etc., ensuring stable operation of printing presses under high-speed operation and elevated temperatures, minimizing apparatus wear, and enhancing printing quality and output.
- Woodworking Machinery: Usable for lubricating spindles in high-speed woodworking machinery imported from Germany, satisfying the lubrication demands of woodworking machinery at high rotational speeds and heavy loads, guaranteeing spindle precision and stability, and extending the service life of woodworking machinery.
- Other Fields: Also suitable for conveyance systems, furnaces (rotary kilns), pumps, heated gas cylinders, gate valves, washing machines and dishwashers, actuators of power tools, wheel bearings, joints, hinges, articulation points, etc., fitting for lubricating various bearings and joints sustaining heavy loads and high temperatures.

- High Versatility: Applicable to a wide array of heavy-duty application scenarios, meeting the lubrication demands of different apparatuses under complex operational conditions such as high temperature, high speed, and heavy load, thus reducing the cost and managerial complexity for enterprises needing to stock multiple greases for different apparatuses.
- Extended Service Life: Retains a prolonged service life even when exposed to high temperatures or corrosive media. This stems from its commendable water resistance, water vapor resistance, and exceptional adhesion to friction points, efficiently curbing grease wastage and replacement frequency, diminishing apparatus upkeep expenses and downtime.
- Effective Sealing Performance: High adhesiveness allows it to establish a sound seal on the surfaces of friction components, impeding the ingress of external impurities, moisture, etc., into the inner workings of the apparatus, while also mitigating grease leakage, preserving the cleanliness and lubrication integrity of the apparatus interior.
- Low Upkeep Costs: Good anti-corrosion properties shield apparatus components, mitigating apparatus damage and failures resulting from corrosion, curtailing apparatus repair costs and the frequency of component replacement, thereby boosting the overall operational effectiveness and dependability of the apparatus.