• Item Name: LORD® 850 and 852 with LORD Accelerator 25GB
• Manufacturer: Parker LORD
• Technologies: Toughened structural acrylic adhesive
• Color: Amber paste
• Cure Type: Room temperature with LORD Accelerator 25GB
• Package Size: Contact to Techniq VN for details.
• Shelf Life: Contact to Techniq VN for details.
LORD® 850 and 852 are toughened structural acrylic adhesives used with LORD Accelerator 25GB, formulated to deliver superior impact strength and fatigue resistance. They are designed to replace traditional fastening methods such as welding, riveting, or brazing. With excellent elongation and durability, these adhesives perform reliably under demanding structural conditions. They resist harsh environments including chemicals, oils, moisture, and UV exposure, while also maintaining bond integrity across a wide temperature range.
Replacement of mechanical fastening in high-strength joints.
Structural bonding for assemblies exposed to peel, impact, or fatigue stresses.
Elevator assembly.
Commercial vehicle assembly.
Trailer assembly.
| Property | 850 / 852 (Unmixed) | After Mixing with Accelerator 25GB |
|---|---|---|
| Appearance | Amber paste | Uniform, well-blended mixture |
| Bonding Substrates | Cold Rolled Steel, Aluminum, Hot Dipped Galvanized Steel (HDG), Electro-Galvanized Steel (EGS), FRP, ABS | Consistent adhesion with controlled bondline thickness due to glass beads |
| Temperature Resistance | -40°C to +149°C (operational); up to 170°C for e-coat bake | Post-bake/powder coat resistance up to 204°C for 90 minutes |
| Durability | High impact strength, fatigue resistance, and 100% elongation | Maintains cohesive failure mode with long-term environmental stability |
These adhesives offer versatility in bonding metals and composites with minimal surface preparation. Their performance profile ensures long-lasting structural integrity under environmental and mechanical stress.
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Techniq Vietnam provides end-to-end materials and process solutions, integrating world-class technologies in adhesives, soldering, and thermal management.
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