Silicones, silicone oils, sprays
Casting and potting resins)
HS Code:
381129
Technical Data
Typical values, not a specification. The technical data sheet (TDS) is binding.
Product Information
- Manufacturer
- Henkel
- Brand
- Bonderite
- Container
- 800 g, 15.875 kg, 170 kg
- Technology
- Lubricant
- Product type
- Solvent-based graphite dispersion
- Application
- Dry lubricant
- Carrier
- White spirit
- Diluent
- Test gasoline; hydrocarbons, such as chlorinated and fluorinated solvents; kerosene; mineral oil
- Flash point
- 45°C
- UFI (Unique Formula Identifier)
- GQ0H-0WC0-Y207-PRA2
Physical Properties
- pigments
- Graphite
- Solid content
- 10%
- Density
- 0.85
Product Description
BONDERITE L-GP 2404 is a solvent-based graphite dispersion (white spirit carrier) for high-quality dry lubricating films up to +400 °C in air, +1200 °C in an inert atmosphere — remarkable penetration capability.
Bonderite L-GP dry film lubricants from Henkel/Acheson — graphite, PTFE, MoS₂, or boron nitride dispersions that, after drying, form a tightly adhering film with a low coefficient of friction and release properties. L-GP 2404 is tailored to specific industrial applications — the most important properties and areas of application are listed below.
Bonderite L-GP 2404 (formerly DAG 2404) forms a firmly adhering graphite dry film on all surfaces—up to +400 °C in air, and above +1200 °C in reducing or inert atmospheres. It exhibits remarkable penetration properties for tightly woven fibers, sintered metals, porous polymers, and composite bearing materials. Miscible with non-polar compounds.
What distinguishes the L-GP 2404
What is the L-GP 2404 used for?
Processing
Recommended accessories
L-GP 2404 in comparison
Direct comparison with related Bonderite products from our range.
L-GP 2404 Current Product |
L-GP 156 → | L-GP 386 → | L-GP 580 → | |
|---|---|---|---|---|
| Technology | Solvent-based graphite dispersion | Graphite-thermoplastic dispersion | Colloidal Graphite Dispersion | Colloidal micrographite dispersion |
| Base material | High-purity graphite | High-purity graphite | High-purity graphite | High-purity micrographite |
| Carrier | White spirit | Isopropanol | Ethyl alcohol | Ethyl alcohol |
| Application | Dry film lubrication | Nuclear dry film | Universal dry film | Low-odor dry lubrication |
| Temperature range | +400 °C / +1200 °C inert | Normal service | Heat resistant | Normal service |
| Main application | High-temperature dry film | Nuclear reactor lubrication | Multi-use graphite | Food industry |
Frequently asked questions about L-GP 2404
Practical application and design questions — answered by SILITECH.
BONDERITE L-GP 2404: Solvent-based graphite dispersion (white spirit carrier) for high-quality dry lubricant films up to +400 °C in air, +1200 °C in an inert atmosphere — remarkable penetration properties. Main applications: High-temperature dry lubrication, lubricant formulations, composite bearing materials.
After evaporation of the carrier (water, solvent, or MIBK), dry film lubricants form a firmly adhering lubricating film of solid lubricant (graphite, MoS₂, PTFE, or boron nitride). Advantages over liquid lubricants: no migration, lifelong lubrication in many applications, high-temperature suitability, substrate versatility (wood, metal, plastic, glass), electrically conductive possible (graphite) or highly insulating (boron nitride).
Store in the unopened original container in a dry, cool place — typically between +5 and +40 °C, exact values see TDS. Protect water-based products from frost. Consult the Safety Data Sheet (SDS) before use. Observe the expiry date on the packaging. Store aerosol sprays at low temperature and in a well-ventilated area.
In the comparison table above, you will find related Bonderite products with different properties — different carrier, different solid lubricant, different temperature range, or different application specialization. If you are unsure about the optimal choice, we will be happy to advise you — contact SILITECH with your specific application (substrate, temperature, load, processing workflow).