Silicones, silicone oils, sprays
Casting and potting resins
Internal reference:
43-522.KN.K025
HS code:
3811.2100
Technical Data
Typical values, not a specification. The technical data sheet (TDS) is binding.
Product Information
- Container
- 25 kg
- Brand
- Bonderite
- Technology
- Lubricant
- Product type
- Graphite in oil
- Carrier
- Mineral oil
- Flash point
- >200 °C
- Diluent
- Mineral oils, kerosene, white spirit
- Application
- additive
Physical Properties
- Solid content
- 20 %
- Appearance
- medium-viscosity liquid
- Color
- black
- Density
- 1.003
- Viscosity mPa.s
- 2000
Features
- Lubricant
- high-purity graphite
Product Description
Bonderite L-GP 522 Acheson is a pure colloidal graphite dispersion in mineral oil (DAG 522) as a viscous concentrate — a tool lubricant for hot forming of metals, glass mold lubrication, and as an additive for oils and greases.
Bonderite L-GP greases and oil-based concentrates from Henkel/Acheson — graphite or copper dispersions for high-temperature lubrication, forging tools, and extrusion applications. L-GP 522 is tailored to specific industrial applications — the key properties and areas of use are listed below.
Bonderite L-GP 522 (formerly DAG 522) is a pure colloidal graphite dispersion in mineral oil — a viscous concentrate (~2'000 mPa·s) for dilution with mineral oils, kerosene, or white spirit. Its fineness allows it to pass through fine filters and nozzles. Used as a tool lubricant in hot forming, glass mold lubrication, high-temperature lubrication, and as an additive.
What sets L-GP 522 apart
What is L-GP 522 used for?
Processing
Recommended accessories
L-GP 522 in comparison
Direct comparison with related Bonderite products from our range.
L-GP 522 Current Product |
L-GP OD → | L-GP YA → | L-GP AGU+ → | |
|---|---|---|---|---|
| Technology | Graphite dispersion in mineral oil | Graphite dispersion in mineral oil | Graphitized lubricating grease | Cu-graphite protective paste |
| Base material | High-purity graphite | Ultrafine graphite | Lanolin + graphite (NLGI 4) | Copper + graphite in grease |
| Carrier | Mineral oil | Solvent-refined mineral oil | Lanolin | High-temperature grease |
| Application | Hot forming tools | Lubricating oil additive + direct lubrication | Tool lubrication for hot forming | Protection/Anti-Seize |
| Temperature range | High-temperature forging | High-temperature stable | High-temperature tools | +1'000 °C |
| Main application | Graphite-oil concentrate | OILDAG-Universal | Hot-stamping brass | High-temperature anti-seize |
Frequently Asked Questions about L-GP 522
Practical application and design questions — answered by SILITECH.
Bonderite L-GP 522 Acheson: Pure colloidal graphite dispersion in mineral oil (DAG 522) as a viscous concentrate — tool lubricant for hot forming of metals, glass mold lubrication, and as an additive for oils and greases. Main applications: hot forming tool lubrication, glass mold lubrication, high-temperature lubrication.
Greases and oil-based concentrates (L-GP OD, L-GP YA, L-GP AGU+) are preferred for: 1) lubrication points requiring continuous lubrication (bearings, chain links), 2) very high temperatures combined with corrosive environments (AGU+ up to +1'000 °C), 3) anti-seize requirements with guaranteed disassembly, 4) tool lubrication in hot forming with swab application. Dry films are used where cleanliness and electrical properties are critical.
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).