Pliogrip® 7779 Urethane Adhesive – High-Strength Structural Bonding

Pliogrip® 7779 Urethane Adhesive – High-Strength Structural Bonding

Pliogrip® 7779 is a high-strength urethane adhesive engineered for demanding structural bonding applications across automotive, industrial, and composite manufacturing environments. Its fast-curing formula provides exceptional durability and long-term performance on a wide range of substrates.

• High-strength urethane adhesive for structural bonding applications
• Excellent adhesion to composites, SMC, metals, and engineered plastics
• Fast cure rate supports efficient production and repair workflows
• Impact-resistant and flexible to handle vibration and thermal movement
• High durability for automotive, industrial, and composite assemblies
• Compatible with standard 2K cartridge dispensing systems

Pliogrip® 7779 Urethane Adhesive is designed for structural assemblies requiring both strength and flexibility. It bonds effectively to fiberglass, SMC, e-coated metals, aluminum, and many engineered plastics, making it widely used in automotive panel bonding, composite fabrication, and industrial equipment assembly. The adhesive offers excellent impact resistance and maintains structural integrity even under vibration, temperature changes, and environmental stress. Its two-part urethane formulation provides reliable cure characteristics and strong green strength, ensuring stable alignment and fast throughput during manufacturing or repair. With dependable adhesion and long-term performance, Pliogrip® 7779 is a trusted solution for high-demand bonding applications.

Technical Specifications

• Brand: Pliogrip®
• Adhesive Type: Two-Part Urethane Adhesive
• Mix Ratio: 1:1 by volume
• Viscosity: High-viscosity bead for controlled application
• Work Time: Approximately 15–20 minutes (varies by conditions)
• Substrates: SMC, fiberglass, aluminum, coated metals, engineered plastics
• Application: 2K cartridge with static mixer
• Size Sold: 215 mL cartridge (additional sizes may be added later)