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PRO-7 Premium Lightweight Filler 1 Gallon - US Chemical & Plastics

Part #: 16200

The US Chemical & Plastics PRO-7 Premium Lightweight Filler (Model 16200) is an advanced body repair filler engineered for professional automotive and industrial applications. This high-performance filler provides efficient and reliable solutions for addressing minor body imperfections, facilitating a smooth and durable finish. It is formulated to simplify bodywork processes, delivering consistent results for professional technicians.

Key Features

  • Advanced Formulation: Incorporates advanced technology designed for professional-grade body repair.
  • Maximum Adhesion: Engineered to provide strong adhesion to various automotive surfaces, including galvanized and other zinc-coated steel, aluminum, and bare steel.
  • Smooth Application: Delivers ultra-smooth spreading characteristics, allowing for easy application and self-leveling properties.
  • Excellent Sanding Properties: Facilitates efficient sanding, enabling the creation of a fine featheredge and a high-quality finish.
  • Clean Performance: Formulated to be stain-free, tack-free, and clog-free, ensuring a cleaner working environment and optimal tool performance.

Applications

This premium lightweight filler is suitable for filling and repairing minor body damage up to 1/4 inch in depth. Common uses include addressing dents, dings, rust spots, hail damage, and small holes.

The PRO-7 filler is compatible with a wide range of substrates, ensuring versatility in the workshop. These include:

  • Steel
  • Aluminum
  • Fiberglass
  • Existing Body Filler
  • Wood
  • 2K Primers
  • Aged, sanded OEM topcoats
  • Galvanized and other zinc-coated steel
  • SMC (for cosmetic repairs)

Specifications

  • Color (as packaged): White
  • Mix Ratio: 2% by weight (50:1 ratio) with the supplied cream hardener.
  • Recommended Top Coats: Can be top-coated with polyester, 2K urethane, and 1K primers, as well as finishing putty.

This product was added to our catalog on Tuesday 27 March, 2012.