Select the optimal thermoset resin chemistry for your product environment. Comparing TGIC polyesters, epoxies, polyurethanes, and Mil-Spec CARC compatible powder formulations in Plainville, CT.
Different powder resin systems excel in different environments. Epoxy powders provide superior chemical and corrosion resistance but chalk rapidly under outdoor sunlight. TGIC polyesters resist UV degradation but have lower resistance to harsh solvents.
| Powder Chemistry | Outdoor UV Stability | Chemical / Solvent Proof | Impact & Flexibility | Primary Application |
|---|---|---|---|---|
| Standard TGIC Polyester | Excellent • Zero chalking | Good • Resists fuel, grease | Very Good (160 in-lb) | Exterior turnstiles, telecom housings |
| Pure Epoxy | Poor • Chalks under UV | Outstanding • Acid/Base proof | Good • High surface hardness | Sub-chassis, battery boxes, industrial machinery |
| Epoxy-Polyester Hybrid | Moderate • Indoor only | Very Good | Excellent | Avionics chassis, server racks, medical gear |
Detailed answers regarding our Plainville facility capabilities, material certifications, testing protocols, and defense contract compliance.
Trapped air or porosity inside weld seams expands inside the 400°F cure oven, creating pinholes and craters. We utilize specialized outgassing-forgiving (OGF) powder formulations and perform pre-bake thermal cycles on heavy weldments to exhaust all trapped gases before applying the topcoat.
Speak directly with Garret Maino and our Plainville manufacturing engineering staff. Upload drawings for immediate DFM analysis and quotation.