XYC GDB2‑68 Synthetic Bearing Depot Lubricant Oil Release Controlled in Automotive 1KG
XYC GDB2‑68 1KG
minimum order:
1 piece
Supply Ability:
10000piece / Month
Country of Origin:
China
Stock Time:
3Day
Quantity:
XYC GDB2‑68 Synthetic Bearing Depot Lubricant Oil Release Controlled in Automotive 1KG
Basic Information
- Product Profile: XYC GDB2‑68
- Characteristics: Synthetic bearing depot lubricant, sintered bearing lubricant, oil release controlled lubricant, automotive actuator lubricant.
- XYC GDB2‑68 is a high-performance synthetic plastic oil reservoir system (depot lubricant) designed as a secondary relubrication matrix for porous components. Unlike the previous DB or GTK series, which rely on silicone chemistries, the GDB 2 series is formulated around a high-grade blend of ester oil and synthetic hydrocarbons (PAO).
- The compound is applied directly onto the external housing of a porous metal component. During mechanical operation, it exploits a highly controlled capillary effect to continuously bleed fresh, low-drag synthetic fluid straight into the internal pores of the substrate. This system delivers an uninterrupted lubricant flow directly to the active friction points, completely replacing clumsy felt-wicking devices or standard depot greases, and preventing oil-starvation failures across broad thermal profiles.
- The compound is applied directly onto the external housing of a porous metal component. During mechanical operation, it exploits a highly controlled capillary effect to continuously bleed fresh, low-drag synthetic fluid straight into the internal pores of the substrate. This system delivers an uninterrupted lubricant flow directly to the active friction points, completely replacing clumsy felt-wicking devices or standard depot greases, and preventing oil-starvation failures across broad thermal profiles.
Technical Specifications
1. Controlled Fluid Release for Lifetime Performance: The gel structure controls oil bleed rates, ensuring the bearing is never flooded or starved, yielding high reliability.
2. Excellent Automated Industrial Dispensing: It features clean, ready-to-use handling traits optimized for high-volume automated metering systems, adhering tightly to bearing cages without manual adjustments or brackets.
3. High Thermal & Mechanical Shear Resistance: It maintains stable physical structure and a constant oil-bleed curve even under continuous mechanical churning or wide operational temperature sweeps.
2. Excellent Automated Industrial Dispensing: It features clean, ready-to-use handling traits optimized for high-volume automated metering systems, adhering tightly to bearing cages without manual adjustments or brackets.
3. High Thermal & Mechanical Shear Resistance: It maintains stable physical structure and a constant oil-bleed curve even under continuous mechanical churning or wide operational temperature sweeps.
Core Performance Advantages
Sintered Bearing Synergies & Chemistry Matching: This product is custom-tailored for the lifetime optimization of fluid-impregnated sintered metal plain bearings. It is chemically cross-compatible with primary vacuum-impregnation fluids based on esters or polyalphaolefins. XiaoYiChong specifically engineered this depot gel to pair seamlessly with the following core impregnating lubricants to multiply structural component lifespans:
• XYC DB 2-68 (Synthetic bearing oil)
• XYC DHL 2-2100 (High-end assembly fluid)
• XYC DB 2-68 (Synthetic bearing oil)
• XYC DHL 2-2100 (High-end assembly fluid)
Primary Applications
• Automotive Engineering Auxiliary Components: Used extensively in auxiliary subsystems (such as window lifters, seat adjusters, and electronic actuator linkages) requiring lifelong maintenance-free operation.
• Electrical and Household Appliances: Found in precision sub-fractional horsepower motors, heating and ventilation fans (HVAC blowers), and home appliances where quiet running is mandatory.
• Precision Engineering Instruments: Deployed in microscopic gearboxes, linear slides, and automated mechanisms where liquid oil migration or fling-off would damage nearby electronic sensors.
• Electrical and Household Appliances: Found in precision sub-fractional horsepower motors, heating and ventilation fans (HVAC blowers), and home appliances where quiet running is mandatory.
• Precision Engineering Instruments: Deployed in microscopic gearboxes, linear slides, and automated mechanisms where liquid oil migration or fling-off would damage nearby electronic sensors.