High Temp Filler - Metal Putty For Powder Coating

Experience Excellence with SYBON High Temp Metal Putty Filler

SYBON proudly presents the cutting-edge solution that redefines high-end industrial repairs – the SYBON High Temp Metal Putty Filler. As a two-component, high-temperature, conductive putty, this innovation is meticulously crafted to excel in various applications, making it the go-to choice for industries such as powder coating, automotive, hardware, and door manufacturing.

Exceptional Construction Performance:

Our High Temp Metal Putty Filler is specifically tailored for applications demanding excellence. It shines as an ideal solution for powder coating and industries requiring conductivity. Seamlessly address defects like dents, cracks, and weld seams with its remarkable repair capabilities.

Versatile Compatibility:

Pairing effortlessly with various powder coating finishes such as matte, high gloss, textured, wrinkled, hammered, and orange peel, our putty proves its compatibility across the spectrum. Experience flawless synergy without adverse reactions.

Key Features:

Conductivity: Perfect for powder coating applications, our putty exhibits outstanding powder adherence and uniformity, making it the choice for projects where powder adhesion is essential.

High-Temperature Endurance: Boasting a remarkable ability to withstand temperatures of up to 280 degrees (536℉) Celsius, our putty remains intact without cracking, blistering, color change, or detachment.

Construction Ease: The fine texture of our putty ensures easy application, quick drying, and seamless sanding, without sticking to sandpaper or developing sand holes. Its exceptional filling properties eliminate shrinking concerns.

Versatile Compatibility: Adhering effectively to surfaces like galvanized steel, iron, aluminum, previous coatings, wood, stone, and fiberglass, our putty is a versatile solution that ensures superior bonding.

Trust SYBON for Excellence:

SYBON High Temp Metal Putty Filler is not just a product; it's a promise of quality, performance, and innovation. Elevate your industrial repairs to an unprecedented level with a solution that exceeds expectations.

Discover the potential of SYBON – where precision, durability, and conductivity unite to reshape industrial repairs. With our putty, embrace a future where excellence is the standard.

Master the Craft with SYBON High Temp Filler - Metal Putty For Powder Coating: A Comprehensive Application Guide

SYBON High Temp Filler - Metal Putty For Powder Coating is more than just a product – it's a solution that empowers you to achieve flawless results in high-end industrial repairs. To ensure optimal outcomes, we present you with a detailed application guide that encompasses every crucial step of the process:

Step 1: Surface Preparation

1.1. Begin by cleaning surfaces contaminated with oil or pollutants using solvents. After thorough cleaning, employ abrasive tools to meticulously sand the surface.
1.2. For surfaces marred by rust or old paint, employ abrasive tools to sand and restore the surface.
1.3. In the case of damp surfaces, ensure thorough drying before proceeding with the cleaning and sanding steps mentioned in 1.1 and 1.2.
1.4. For cast substrates, eliminate any residual moisture or solvent within sand holes before applying. This is crucial for ensuring proper adhesion.
1.5. For electrocoated workpieces requiring repair, ensure thorough drying before repair to avoid potential delamination issues.

Step 2: Putty Mixing and Sanding

2.1. Mix and stir the main putty and curing agent according to the recommended proportions provided by the manufacturer. Ensure even and consistent coloring, preventing uneven mixtures.
2.2. After mixing the main putty and curing agent, use the mixture within its usable time frame. Cease usage when the mixture begins to solidify or presents resistance during application. The usable time is influenced by temperature and humidity.
2.3. Apply the prepared putty onto the area to be repaired and quickly flatten it. Ensure any air bubbles trapped in defects are completely removed.
2.4. For thicker coatings, apply putty in layers, ensuring each layer is dry to the touch before applying the next. Control thickness below 1mm per layer to avoid bubble formation.
2.5. Sand the cured putty as needed, adhering to specific grit sizes and adhering to powder coating process requirements. Achieve a smooth, flawless surface.

Step 3: Powder Coating Considerations

3.1. After sanding, allow the putty to dry and cure at room temperature before proceeding to powder coat.
3.2. Apply localized powder coating treatment to repaired surfaces and ensure proper curing to prevent color discrepancies.
3.3. For expedited processes, cure the sanded putty before proceeding with powder coating.

Step 4: Additional Notes

4.1. Do not use any diluent to reduce putty viscosity. Avoid wet sanding before surface drying is complete. Maintain complete curing between putty layers during process transitions to prevent adhesion issues.
4.2. Curing times may be extended under low temperatures and high humidity conditions.
4.3. Water vapor should be fully evaporated before applying intermediate or base coats via wet sanding.
4.4. Avoid returning mixed putty to the original container and handle with care during transportation.
4.5. Store products away from heat sources, direct sunlight, and rain.

Trust SYBON: Elevate Your Craftsmanship

SYBON High Temp Filler - Metal Putty For Powder Coating offers not just a product, but an expertise-driven solution. Follow this comprehensive guide to master the art of achieving flawless, durable, and impeccable finishes in industrial repairs. Experience the transformation – choose SYBON for precision and performance.

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