Cleaning & Industrial U.S. Plastic Corp.® carries an excellent selection of spray bottles perfect for cleaning.
This bucket is economically priced, while still featuring premium bucket quality and durability.
Available in a range of sizes these trays have many industrial uses. Other custom sizes of trays, special partitions, flanges, outlets, etc. can be special ordered.
Roto-molded LLDPE with thick walls for superior strength and durability.
We carry carry hose barb fittings in a variety of materials suitable for all sorts of applications.
These Thermo Scientific™ Nalgene™ bottles are lightweight versions of lab-quality bottles and can perform light-duty, general purpose work.
The most widely used member of the vinyl family, PVC is excellent when used for corrosion-resistant tanks, ducts, fume hoods and pipe.
We carry a large selection of American-made Tamco® industrial strength tanks.
This broad range of flexible Tygon® tubing products are engineered to meet many user specifications including chemical resistance, fluctuations in temperature, abrasion, high purity and long service life.
These valves are primarily used where containers and pipes have to be aerated and/or vented. The float in the type 591 opens the valve if the level of the liquid falls. If the level of the liquid rises, the float is raised and pressed against a seal. The valve is then closed. Ventilating and bleed valves are mainly used for de-aerating of air, while filling piping systems and tanks, avoiding vacuum and discharging air pockets.containers and pipes have to be aerated and/or vented. The float in the type 591 opens the valve if the level of the liquid falls. If the level of the liquid rises, the float is raised and pressed against a seal. The valve is then closed. For correct functioning, it is important that the valves Type 591 are installed vertically with the arrow pointing "up". Ventilating and bleed valves are mainly used for de-aerating of air, while filling piping systems and tanks, avoiding vacuum and discharging air pockets. Chief causes for air in piping systems include dissolved air being released into the system through pumps, valves, fittings and other pipe components, when filling containers and pipe lines, air inclusions may occur and pressure drops or temperature increases can release dissolved air. Positioning of the valves can be at absolute and temporary high points, after pumps or at turning points.