Tungsten Disulfide (WS2) Aerosol Spray supplier in India

Typical Applications:

Aerospace, automotive, mold release, high-performance machinery, and precision tools — anywhere a dry, clean, high-load lubricant is required.

Used for lubricating high-performance components such as turbine blades, bearings, and fasteners where high load capacity and thermal stability are critical.

Applied to engine parts, gears, pistons, and chassis components to reduce friction, enhance wear resistance, and improve performance under extreme pressure.

Acts as a dry release agent in plastic and rubber molding processes, especially where conventional lubricants are not suitable due to temperature or surface sensitivity.

Ideal for lubricating delicate or inaccessible mechanical parts such as hinges, slides, and micro-mechanisms where a clean, dry lubricant is preferred.

Used to extend the life of high-load gears, chains, and bearings in machinery that operates under harsh environments or intermittent lubrication conditions.

Applied as a lubricant in cold forming, stamping, and drawing operations where extreme pressure and clean operation are required.

Utilized in weapons, targeting systems, and communication equipment to ensure smooth operation without attracting dust or grit.

Offers lubrication without conductivity, making it safe for use on connectors and components where electrical isolation is important.

Protects components from corrosion, salt spray, and high load conditions, especially where conventional lubricants may fail.

Used on robotic joints, actuators, and linear guides to ensure smooth, quiet, and efficient motion in high-precision applications.

These applications leverage WS2 aerosol spray’s key strengths: extreme pressure resistance, thermal stability, chemical inertness, and the ability to form a clean, dry lubricating film on a wide range of surfaces.

Contact us

We would love to Hear from Our Customers

FAQs

As a trusted Tungsten Disulfide (WS2) Aerosol Spray Supplier In India, Jade Chemicals offers high-performance WS2 lubricants that provide significant advantages over conventional MoS2 and PTFE sprays. While all three are widely used dry lubricants, WS2 delivers an exceptionally low coefficient of friction of approximately 0.03 (dynamic), compared to around 0.05 for MoS2 and 0.05–0.1 for PTFE.

  • Temperature Resistance: WS2 remains stable across an extensive temperature range from -273°C to 650°C in normal atmospheres, significantly outperforming PTFE, which typically degrades above 260°C.
  • Load-Bearing Capacity: Tungsten Disulfide can withstand extreme pressures of up to 300,000 psi, making it an ideal choice for heavy-duty industrial equipment, precision engineering, aerospace components, motorsports, and other demanding applications where conventional lubricants may fail under high loads.

No, one of the key advantages of our WS2 Dry Film Lubricant Spray is its ability to bond at ambient temperatures without the need for heat curing or additional binders. Unlike many industrial coatings that require high-temperature bake-out processes, the Tungsten Disulfide (WS2) particles are designed to adhere to the surface as the spray dries. The resulting coating is typically only 0.5 microns thick, helping maintain the tight tolerances required for precision components while providing excellent lubrication and wear resistance.

Yes. Tungsten Disulfide Dry Lubricant Coating is chemically inert and highly compatible with petrochemical oils, synthetic lubricants, hydraulic fluids, and conventional greases. Applying a WS2 dry film before adding grease creates an additional layer of protection for critical components. If the primary liquid lubricant is displaced or fails under extreme pressure, the WS2 coating helps reduce friction, prevent metal-to-metal contact, and minimize the risk of seizing, galling, and premature wear in demanding industrial applications.

Industrial WS2 Aerosol Coating Solutions are widely used across high-performance and heavy-duty industries in India due to their exceptional lubrication, wear resistance, and low-friction properties.

  • Plastic Injection Molding: Used as a mold release agent to improve cycle efficiency without leaving oily residues.
  • Aerospace & Defense: Ideal for critical components operating under extreme temperatures, vacuum conditions, and high-altitude environments.
  • Automotive & Motorsports: Applied to engine parts, bearings, and moving components to reduce friction, wear, and heat generation.
  • Textile & Paper Mills: Suitable for dust-prone environments where conventional oils and greases may attract contaminants and affect product quality.
  • Manufacturing & Heavy Engineering: Helps improve equipment reliability and extend component life in demanding industrial applications.

Its versatility makes Tungsten Disulfide Aerosol Spray (WS2) a preferred solution for industries seeking long-lasting dry-film lubrication and enhanced equipment performance.

  1. Proper application of a WS2 Dry Film Coating Spray is essential to achieve maximum adhesion and long-lasting lubrication performance. Follow these steps for the best results:
  2. Surface Preparation:
    Ensure the surface is completely free from oils, grease, moisture, dust, and other contaminants. A clean surface allows the Tungsten Disulfide particles to bond effectively.
  3. Application:
    Shake the aerosol can thoroughly before use and apply a light, even mist across the surface. A uniform silver-gray appearance typically indicates proper coating coverage.
  4. Avoid Excess Coating:
    Since WS2 does not bond to itself, applying thick layers is unnecessary. The coating forms a thin, durable lubricating layer that adheres directly to the substrate.
  5. Optional Buffing:
    For precision components and critical applications, lightly buffing the dried surface with a lint-free cloth can help optimize coating performance and surface finish.