System Palette
Epoxy, zinc-rich, polyurethane stacks
Acrylic and hybrid chemistries for clean air permits
Epoxy and hybrid assembly bonding systems
Elastomeric, fire-retardant, and fillers
Cleaners, conversion coatings, maintenance kits
TDS Quick Download
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The Science of Materials: Rheology, Cure, Adhesion
Behind every LPTHC system is careful control of flow, cure kinetics, and surface interaction.
Key Concepts
- Rheology drives sprayability, bead shape, and sag control
- Cure profiles influence gloss, hardness, and chemical resistance
- Surface energy and prep determine adhesion success
Specification Kit
Color-Coded Data Sheets and Inspection Steps
Every family carries a matching swatch, label, and TDS/SDS bundle to keep purchasers, applicators, and inspectors synchronized.
- Surface prep and DFT targets for QA/QC teams
- Mixing, pot life, and cure windows by product
- Custom formulation pathway for unique substrates
Fast Actions
Deep Dive
Rheology
Balancing flow with sag resistance ensures even film build. We tune viscosity for spray, roll, dip, or automated dispense.
Cure Kinetics
Induction times, temperature, and humidity impact cure. Controlled profiles prevent solvent entrapment and gloss loss.
Adhesion Mechanisms
Surface prep, anchor profile, and primers build a foundation for long-term adhesion and corrosion resistance.
Testing & Validation
Adhesion, gloss, DFT, salt fog, and QUV testing confirm the science translates to real-world durability.
How We Apply This
- Coatings: Rheology and cure control for smooth finishes and long life
- Adhesives: Open time, clamp time, and strength balance for assembly lines
- Sealants: Movement tolerance with controlled bead and tooling characteristics