Additional information
Weight | 2 lbs |
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Dimensions | 8 × 4 × 2 in |
XRF Rigid Epoxy is a two-component modified rigid epoxy designed for the repair of rigid composite plastics and fiberglass. XRF is formulated to work on all rigid composite plastics including (SMC, BMC & RTM). XRF is ideal for use on fiberglass parts where extra strength is required. This product is designed as an adhesive and filler on the front and backsides of repairs. XRF can also be used over our Urethane Repair material (XSMAR). XRF is an excellent rigid filler that is commonly used by the professional plastic repairers due to its sanding, adhesion and featheredging characteristics. XRF may also be used to bond non structural metal, SMC, Fiberglass, Rigid plastics, and glass. XRF bonds, fills, and sands with no pinholes. This rigid adhesive/filler is also used and approved by automotive OEMs such as GM, Toyota, VW and many others. The “Original Plastic Surgery” as used by the professionals.
$32.06
In StockWeight | 2 lbs |
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Dimensions | 8 × 4 × 2 in |
MAXIM™ Super Fast Adhesive is a urethane that provides superior adhesion and flexibility for plastic repair needs. It can be used for multiple applications including bumper tabs, moldings, emblems, brackets and small plastic parts. The best choice when a “super fast” cure time is necessary. Sand and drill in 5 minutes.
Use ultra fine hand pad for light cleaning, finishing of metal, plastic, composite and wood surfaces. For final sanding of primer-surfacer. Rinses clean, will not rust an can be used over and over again.
Buffing foam pads with a center ring back and hex face pattern to help dissipate polish or compounds evenly, minimizing grabbing and reducing heat.
Superior two-part epoxy adhesive designed to bond SMC, FRP, fiberglass, steel and aluminum auto parts and body panels to each other and to metal frames (no primer required). It seals and bonds in one application. The longer work time allows for adequate adjusting and handling. The glass beads mixed in this formulation provide the adequate spacing between parts for optimal bond strength.