EVERCOAT FIBER TECH 100635 Reinforced Repair Compound Filler, 1/2 Gallon, Magenta, Heavy Paste
EVERCOAT FIBER TECH 100635 Reinforced Repair Compound Filler, 1/2 Gallon, Magenta, Heavy Paste
- The Evercoat 635 Fiber Tech reinforced repair compound from Evercoat (part number 100635), a reinforced polyester filler / repair compound with short and long fibers plus Kevlar for added strength and adhesion, intended for structural repairs in automotive or industrial contexts.
- Features:
- Blended with high-tech short and long strand fibers plus Kevlar to deliver structural strength while maintaining workability.
- Waterproof once cured, suitable for filling weld seams, panel bond seams, rust-damaged areas, cracks or holes.
- Includes a blue cream hardener, enabling a mix at about 2% by weight for proper curing.
- Fast set time: cures in about 5-6 minutes at ambient temperature (around 72-80 °F / 22-27 °C).
- Sands in approximately 15-20 minutes under typical conditions.
- Specifications:
- Manufacturer: Evercoat
- Part Number: 635
- Container size: 1/2 gallon
- Units per case: 4 units per case.
- Mix ratio: 2% by weight of blue cream hardener.
- Maximum recommended thickness (sanded): up to 1/4 inch
- Approved substrates: steel, galvanized steel, aluminum, fiberglass, most rigid plastics, SMC, concrete, wood and similar materials.
- The Evercoat 635 also referred to as Evercoat Fiber Tech repair filler 1/2 gal, reinforced repair compound filler 100635, Kevlar reinforced body filler compound, structural filler for weld seams or rust repairs.
Evercoat supplies this Fiber Tech repair compound as a high-strength, waterproof polyester filler designed for structural repairs on metals or rigid substrates, curing quickly for efficient finishing and sanding in collision repair or industrial repair shops.
Q: What is the recommended mixing ratio for this repair compound?
A: Mix with the included blue cream hardener at 2% by weight (i.e. add a ribbon of hardener across a 4-inch puddle).
Q: How long does it take to cure before sanding?
A: At about 72-80 °F (22-27 °C), it sets in about 5-6 minutes and is sandable in approximately 15-20 minutes.
Q: What types of substrates can it be used on?
A: It is suitable for use on metals (steel, galvanized steel, aluminum), rigid plastics, fiberglass, fiberglass reinforced materials (SMC), concrete, and wood substrates.
