Plastic Storage Tanks Can Be A Better Solution Than Stainless Steel Tanks

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Author: Mark Peabody

CEO of Peabody Engineering & Supply, Inc., we also are members of AWT (The Association of Water Technologies) and ARM (The Association of Rotational Molders), as well as the California Chamber of Commerce and the Corona Chamber of Commerce.

Polyethylene tanks are a superb option for atmospheric (non-pressure) storage of fluids which ranges from water to food products to aggressive chemicals. They can cost below stainless steel, aluminum in addition to fiberglass tanks and their seamless structure offers a durable, long-lasting choice regarding all of your tank specifications. Poly tanks happen to be light in weight - a lot less than half the weight of steel tanks, consequently installing together with handling is easy. They have extremely good impact in addition to chemical resistance so that they can not ever rust and / or corrode.

Polyethylene Tanks Are Also Known As:

  • Poly Tanks
  • PE Tanks
  • Plastic Tanks

The plastic storage tanks are made from 100% virgin FDA (Food and Drug Administration) authorized resins so they really are ideal for storage and processing of drinking water, food plus cosmetic products, along with high purity chemicals. They are all molded utilizing Ultra-violet (UV) inhibitors, as a result direct sunlight won't degrade them for a very long time. The natural resins are transparent, so you can see the liquid levels thru the tank wall on all of the single-walled tanks.

Comparison associated with Crosslink Polyethylene Resins to New High Density Linear Polyethylene Resins Linear HDPE (Heavy Duty Polyethylene) have been undergoing a continuous evolution and improvement whereas crosslink PE (Polyethylene) technology has become static.

Here's a few additional details:

  • Over 900 million pounds of all resins were used last year industry-wide.
  • Less than 5 % connected with that was crosslink.
  • Half involving that 5% was used to mold tanks in addition to bladders for oil, hydraulic fluid and gasoline which is the prime use for crosslink.
  • Crosslink resin happens to be declining each and every year as consumers move to linear HDPE. The expected market for crosslink is mainly with regard to automobile and tractor industry to contain petroleum products.
  • Chemical storage tanks do not require crosslink and with few exceptions, all chemical tank applications have gone to linear (a lot more cost-effective material).
  • Sulfuric Acid as well as Sodium Hypochlorite are 2 of the most frequently kept chemicals within PE tanks. Crosslink tanks lose impact resistance, tensile strength and ductility when used with these chemicals.
  • New linear resins have considerably greater UV resistance compared to crosslink and the actual expected life of the linear tank should be much longer compared to a crosslink tank.

Terrific progress have been created in the last two decades. Back in the 80's crosslink was superior to linear, however, times have changed. New linear HDPE tanks out perform crosslink PE tanks when using aggressive chemicals as well as Linear HDPE tanks can use long-lasting-hi-performance welded fittings and can also be repaired from welding where as crosslink can't.

Founded in 1952 in Gardena, CA, Peabody Engineering is a manufacturer and distributor of quality plastic tanks and tank related items. We also do custom rotational molding. Our 32,400 square foot corporate headquarters and manufacturing facility is centrally located in Corona, CA. Looking to dialogue with us, head on over to our Facebook page and leave us a comment.

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