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Molybdenum Disulfide Slideway Grease CAS 1317-33-5, High-Load for Machine Tool Guide Rail Slideway Heavy-Duty

Molybdenum Disulfide Slideway Grease CAS 1317-33-5, High-Load for Machine Tool Guide Rail Slideway Heavy-Duty

This molybdenum disulfide slideway grease is a heavy‑duty guide‑rail lubricating grease formulated with molybdenum disulfide solid lubricant. It is designed for reciprocating machine‑tool slideway surfaces under heavy sliding loads. The grease inhibits stick‑slip phenomenon during slow‑speed feed movement, lowers frictional wear of guide rails, maintains smooth table travel, and extends service life for machine‑tool slideway assemblies under continuous heavy‑duty machining conditions.
High-Load Anti-Seize Compound Solid Lubricant, for Heavy Bolt Flange Thread Grease Heavy Machinery Assembly

High-Load Anti-Seize Compound Solid Lubricant, for Heavy Bolt Flange Thread Grease Heavy Machinery Assembly

This high‑load anti‑seize compound is a heavy‑duty solid‑lubricant‑based assembly grease. Solid lubricant particles are evenly dispersed within the grease carrier. It provides reliable boundary lubrication for heavily‑loaded threads, flange mating surfaces and bolt joints of heavy‑duty machinery. The compound prevents thread galling, cold welding and seizure under high tightening torque and elevated operating temperature, and allows convenient disassembly after long‑term field service for indust
Molybdenum Disulfide Assembly Paste CAS 1317-33-5, Metal-Free for Metal Assembly Run-In Press Fit Thread Anti-Seize

Molybdenum Disulfide Assembly Paste CAS 1317-33-5, Metal-Free for Metal Assembly Run-In Press Fit Thread Anti-Seize

This metal‑free molybdenum disulfide assembly paste is a solid‑lubricant‑based assembling compound. It adopts finely ground molybdenum disulfide as core lubricating filler without additional metallic flake additives. The paste delivers excellent boundary‑lubricating performance for mating metal components. It lowers friction for run‑in, press‑fit and threaded connections, inhibits galling, cold welding and thread seizure, and facilitates subsequent disassembly after long‑term mechanical service.
High-Viscosity Noise-Damping Grease MoS₂ Black, for Gear Silencing Damping Mechanism High-Torque Assembly

High-Viscosity Noise-Damping Grease MoS₂ Black, for Gear Silencing Damping Mechanism High-Torque Assembly

This black high‑viscosity MoS₂ noise‑damping grease is a heavy‑duty lubricating compound incorporated with molybdenum disulfide solid‑lubricant filler. Its high‑viscosity paste structure provides mechanical damping effect. It suppresses vibration and meshing noise of gear sets under heavy loads, forms durable anti‑wear boundary films for contact surfaces, and offers reliable lubrication for high‑torque mechanical assemblies under fluctuating shock‑load working conditions.
Long-Life Plastic Grease Synthetic Oil Low-Noise, for Precision Plastic Gear Office Equipment Automotive Plastic

Long-Life Plastic Grease Synthetic Oil Low-Noise, for Precision Plastic Gear Office Equipment Automotive Plastic

This long‑life low‑noise plastic grease adopts high‑grade synthetic base oil matched with dedicated thickener and anti‑wear additives. It is optimized for precision plastic gear transmission systems. The grease forms a smooth lubricating film on gear tooth surfaces to dampen meshing noise, lower frictional wear, and provide durable lubrication for office‑equipment transmission assemblies and automotive plastic moving components during prolonged cyclic operation.
Plastic-Friendly Grease Synthetic Hydrocarbon Lithium, Compatible with Plastic for Gear Automotive Plastic Component

Plastic-Friendly Grease Synthetic Hydrocarbon Lithium, Compatible with Plastic for Gear Automotive Plastic Component

This plastic‑friendly synthetic hydrocarbon lithium grease is a lithium‑soap thickened lubricant based on synthetic hydrocarbon base oil. It is specially developed to minimize stress‑cracking risk on engineering plastics. The grease provides boundary lubrication for meshing plastic gears and moving automotive plastic components, reduces friction and abrasion during cyclic movement, and maintains long‑term component integrity in automotive interior mechanical assemblies.
Wide-Temperature Silicone-Lithium Grease NLGI 2 CAS 63148-62-9, -73~180℃ for Power Tool Motor Bearing Low-Temp Start

Wide-Temperature Silicone-Lithium Grease NLGI 2 CAS 63148-62-9, -73~180℃ for Power Tool Motor Bearing Low-Temp Start

This NLGI 2 silicone‑lithium grease is a high‑performance wide‑temperature lubricant thickened by lithium‑soap with silicone synthetic base oil. It maintains proper fluidity under extreme cold conditions and resists softening at high operating temperatures. Formulated for power tool motor rolling bearings, it lowers cold‑start friction torque, suppresses wear during intermittent high‑speed rotation, and extends bearing service life across the full‑range operating temperature of‑73℃ to 180℃.
White Thermal Grease 1.91W/mK CAS 63148-62-9, Single-Component for PCB Consumer Electronic Sensor General TIM

White Thermal Grease 1.91W/mK CAS 63148-62-9, Single-Component for PCB Consumer Electronic Sensor General TIM

This 1.91W/mK white single‑component thermal grease is a silicone‑based general‑grade thermal interface compound. It features simple single‑component formulation without mixing requirements before application. The paste fills micro‑irregularities between heating electronic components and heat‑dissipating parts, eliminates trapped air, and delivers consistent thermal conduction for PCB assemblies, consumer‑grade electronics and sensor modules under routine operating conditions.
Extreme Thermal Grease 6.0W/mK CAS 63148-62-9, Anti-Pump-Out for Bare Die TIM1.5 AI Chip High-Reliability Cooling

Extreme Thermal Grease 6.0W/mK CAS 63148-62-9, Anti-Pump-Out for Bare Die TIM1.5 AI Chip High-Reliability Cooling

This 6.0W/mK extreme thermal grease is a high‑performance silicone‑based thermal interface compound. The specially adjusted thixotropic filler system delivers prominent anti‑pump‑out capability. It is targeted for bare‑die TIM1.5 application of AI chips. The grease resists interface displacement caused by repeated thermal expansion‑contraction, sustains consistent heat conduction, and fulfils high‑reliability cooling requirements for advanced high‑power semiconductor chips.
Ultra-High Thermal Grease 5.2W/mK CAS 63148-62-9, Grey Non-Flowing for MPU Power Module High-Power Chip Cooling

Ultra-High Thermal Grease 5.2W/mK CAS 63148-62-9, Grey Non-Flowing for MPU Power Module High-Power Chip Cooling

This 5.2W/mK ultra‑high thermal grease is a grey silicone‑based thermal interface compound with non‑flowing thixotropic property. Optimized high‑loading thermally‑conductive filler system delivers outstanding heat‑transfer capability. It avoids grease sagging and dripping on vertical or inclined assembly surfaces, fills micro gaps between chips and heat‑dissipation structures, and offers durable cooling performance for MPU, power modules and high‑power semiconductor chips.
High-Thermal Conductivity Grease 4.3W/mK CAS 63148-62-9, Low Thermal Resistance for CPU GPU Power Semiconductor TIM

High-Thermal Conductivity Grease 4.3W/mK CAS 63148-62-9, Low Thermal Resistance for CPU GPU Power Semiconductor TIM

This 4.3W/mK high‑thermal‑conductivity grease is a silicone‑based thermal interface compound with low thermal resistance. Optimized filler dispersion delivers superior heat transfer performance. It fills microscopic surface irregularities between chips and heat sinks, expels trapped air, and provides consistent TIM performance for CPU, GPU and power semiconductor components under high‑load continuous operating conditions.
Thermal Grease Medium Thermal Conductivity 3.2W/mK CAS 63148-62-9, Non-Cure for MPU Power Module TIM1 TIM2

Thermal Grease Medium Thermal Conductivity 3.2W/mK CAS 63148-62-9, Non-Cure for MPU Power Module TIM1 TIM2

This 3.2W/mK medium thermal conductivity thermal grease is a non‑curing silicone‑based thermal interface compound. It is specially engineered to serve as TIM1 and TIM2 material for MPU and power module assemblies. The grease conforms to uneven mating surfaces, eliminates trapped air gaps between heat‑generating chips and heat dissipating structures, lowers thermal contact resistance, and sustains reliable continuous heat dissipation during long‑duration module operation.

  Jishengya Technology

Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.


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