Molded Fiber Glass Tray Company (MFG Tray) has introduced a new line of versatile utility, high-strength fiber-reinforced polymer (FRP) composite metal parts wash-boxes whose composite material construction costs approximately one-third the cost of traditional stainless steel counterparts.  Designed to handle heavy payloads (150 lb. capacity), the stackable design wash-box’s FRP composition is also engineered to withstand small-part washing system chemicals and provide continuous operation at temperatures to 350°F.   

Additionally, they serve a labor saving two-fold use—from secondary process cleaning to work-in-process primary housing.  By minimizing the “dumps” from high-speed conveyor-to-container, the FRP wash-box’s end result is less labor and reduced part damage/scrap.

FRP FORMING PROCESS / PRODUCTION ADVANTAGES:
MFG Tray’s composite production method utilzed a molding process using matched metal die steel compression and sheet molding compound (SMC) materials.  This production process provides a quicker turnaround time vs. stainless steel—with an average lead time of 3-4 weeks.

The standard proprietary corrosive formulation is engineered for advanced chemical resistance over oils, grease, degreasing operations, cutting oils, etc. and can be customized per client request to meet advanced corrosion specifications (*Note: See Application reference below).   Available in a variety of sizes, the wash-boxes are also easily cleaned in hot water or steam using standard detergents.

The FRP composition provides dimensional stability and consistency for MFG Tray’s in-house machining of the wash-box bottom holes (1/4” or 3/8” diameter) and elongated side slots (2-1/2” x 5/16”) — which are also available in a variety of sizes for custom-orders.  Additionally, the bottom holes allow for the units to be used upside down to hold metal parts upright (i.e.-torch tips, etc.).

Another key end-use advantage of the durable FRP wash-box construction vs. metal wash baskets is safety.   The fact is, metal wash baskets frequently break and can leave dangerous wires poking out—which presents an employee safety hazard and could also damage sensitive parts.