DRUM SPILL PALLET DP002H IS MADE OF 100% POLYETHYLENE MATERIAL AND IS INTEGRALLY FORMED WITH A ROTATIONAL MOLDING PRODUCTION FLOW TO ENSURE QUALITY AND INTERNATIONAL STANDARDS.

Compliance - EPA 40 CFR 264.175

It has characteristics of acid and alkali resistance, corrosion resistance, and weather resistance.

Pallets are effectively used to prevent the hazards caused by the leakage of chemical liquids and are suitable for the sub-packaging, storage, and transportation of medium-sized container containers.

It is used for secondary leak-proof storage of chemical storage containers to avoid splashing or leaking during packaging or storage Containment pallets are also suitable for the anti-spill treatment of medium-sized containers; suitable for anti-leakage packaging and storage and transportation of most medium-sized containers.

This pallet has the characteristics of a sturdy structure, forklift operation, non-slip, and suitability. When leakage or spillage occurs during dispensing, all the leaked liquid will automatically flow into the tray or the platform along the tray or the platform grid. In the leakage area of the platform (leakage storage tank), it will not flow to the ground, corridors, or passages, polluting the on-site environment, causing occupational accidents such as wrestling and falling, and also preventing soil and water pollution. There is also no need to worry about accidental splashing and leakage that may occur during the packaging or storage of hazardous chemicals.

 PRODUCT FEATURES

• In the line with EPA 40 CFR 264.175 requirements

• Linear low-density polyethylene (LLDPE) construction resists UV rays, rust, corrosion, and chemicals

• Nestable design permits stacking when not in use; lowers the cost of bulk shipping

• 2 Way forklift access to make handling and moving as easy as possible

• All-polyethylene construction will not rust or corrode

• The strongest standard pallet you can buy for everyday drum storage

• Strong enough for long-term storage of Drum's liquids, this innovative design transfers weight to load-bearing channels to maximize capacity

SPECIFICATION