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Industrial Packaging for Critical Contents

Drum It Up! Steel Drum Industry News, Trends, and Issues

Posts Tagged ‘un certified’

Why Use Steel for Salvage Drums?

January 23rd, 2017 by Natalie Mueller

Filed under: HazMat, Salvage Drum

Salvage drums are containers designed and certified to hold other damaged, leaking or non-compliant containers. The drums are heavily regulated by the Department of Transportation (DOT) and rightfully so — nobody wants leaking containers holding hazardous goods to be shipped across public roads. While salvage drums can legally be made of steel, polyethylene, aluminum or metal, we recommend steel salvage drums over other materials.

The reason is fairly obvious: steel is stronger.

Salvage drums and overpack salvage drums differ from ordinary overpack drums in their certification to carry and protect damaged or leaking containers. Overpacks are designed to protect non-leaking containers or to be used as a combination pack.

While every salvage drum must pass, at a minimum, standard UN performance requirements for drums shipping solids as well as a 3 psi air leak proof test, Skolnik steel salvage drums go above and beyond. Our salvage drums are thicker, heavier and stronger than industry and DOT standards require.

Our steel salvage drums constructed of high quality carbon steel and are rigorously tested to ensure UN and DOT compliance. Our 85 gallon salvage drums are even T-rated, meaning they have passed the UN ‘T’ test allowing it to hold liquid or solid materials. This test and rating were created to give shippers the confidence that their damaged drum will be securely contained, even if it is holding liquid.

Federal law doesn’t require shippers to use steel salvage drums. However, when considering the safety of the environment and population, steel provides a peace of mind that other materials cannot.

The fines for non-compliance are almost as brutal as the certification tests themselves. Whether out of concern for the community or for your own good standing with the DOT, safe containment and transport of dangerous goods is not an area to skimp on.

Overpack Container Regulations At-A-Glance

January 5th, 2017 by Natalie Mueller

Filed under: DOT/UN, HazMat, Salvage Drum

An overpack drum is a type of protective packaging manufactured to contain non-hazardous or hazardous materials or provide outer protection for another container to prevent or mitigate damage. At its most basic definition, an overpack is simply a large container in which another smaller container can be placed. Overpacks can be made out of any material — such as Skolnik’s steel overpack drums. The Department of Transportation (DOT) regulates the movement of all hazardous materials and have specific performance standards that overpack containers must meet.

Not to be confused with Salvage Drums or Salvage Overpack Drums, Overpacks are designed to protect non-leaking containers or to be used as a combination pack.

Because they are designed to provide additional protection, they are built stronger and must meet more stringent requirements than other containers.

So what are a few of those regulations?

  • Overpack containers must always have a UN marking on them that specifies the type of hazardous materials it is certified to contain.
  • An overpack will never have a liquids rating because it is designed to hold another container — a solid. Regardless of what the inner package contains, the overpack technically contains a solid.
  • The container inside an overpack must be intact — if the container is damaged, defective or leaking you must use a salvage drum.

Salvage drums, on the other hand, are certified to hold damaged, leaking or non-compliant containers and are held to even stricter regulations than overpack drums.

These are just a high level overview of the DOT’s overpack regulations. Remember that preparing hazardous materials for shipment can be complicated, and safety and compliance are key. Reserve the task of packing your hazardous materials for someone who has the appropriate DOT hazmat shipping training.

Skolnik Industries TIH (PIH) Overpack Drums range from a 20 gallon overpack to an 85 gallon overpack drum and are certified according to UN criteria and qualify as secure outer packaging. If you have any questions about using an overpack or salvage drum, don’t hesitate to ask your Skolnik representative.

Know your Linings

December 13th, 2016 by Natalie Mueller

Filed under: Safety

Carbon steel and stainless steel each possess properties that make them perfect containers for specific materials without any modification. But, for some materials, especially in the pharmaceutical, chemical and food industries, a drum lining is necessary. Lining is often required as a safety precaution, to meet the strict regulations of government agencies, and/or because the contents or environment would be contaminated without it. Even as a precaution, lined steel is a necessary measure to preserve the integrity of the materials, container, facility, handlers and the environment.

The most common lining for a lined steel drum is a phenolic coating. Phenolic linings provide a chemical protection between contained materials, such as food, and the metal of the drum. The phenolic is mixed with an epoxy to give it extra flexibility – this prevents it from cracking if the drum undergoes any damage. Skolnik lined carbon steel also includes a rust inhibitor to remove surface oil prior to lining. The upper tolerance for Skolnik’s epoxy phenolic lining is about 550 degrees Fahrenheit, after which the coating could become brittle and compromised.

A rust inhibitor will prevent flash rust on our unlined/uncoated drums, but if a customer needs a long-term rust resistant drum or a drum that can safely contain chemical materials, an unlined drum will not suffice.

Skolnik lined steel drums are available in a variety of different shapes, sizes, materials and lining compositions. We recommend talking to one of our sales representatives if you have any questions about your container needs, lining needs or your materials compatibility with linings.

Why Use Steel Drums for Dangerous Goods?

October 20th, 2016 by Natalie Mueller

Filed under: HazMat

Steel drums are one of the most popular containers for a variety of materials — including hazardous materials and dangerous goods. Several factors have contributed to steel drums’ rise to popularity in the shipping and storage of dangerous goods, but the steel drum experts at Skolnik have found that you don’t need to dig that deep to discover the main reasons steel drums are used for dangerous goods.

salvage

  1. Steel is strong. Sure, there are plastic and paper containers, but metal is stronger. Airplanes, aircraft carriers, and trains are made of metal, not plastic or paper. Strength is important when handling and transporting classified dangerous goods — therefore, more businesses choose steel drums over fiber or plastic drums, and more UN and DOT regulations require or recommend steel containers for dangerous goods.
  2. Steel is rigorously tested. Steel drums meet the highest levels of test performance of all non-bulk packaging. Skolnik steel drums are rigorously tested to meet stringent UN and DOT certifications, but also just to meet our own high-performance standards. We design and manufacture steel drums that get the job done and then some, and we test them accordingly. Plastic and fiber drums are not tested with the same intensity and precision as steel drums.
  3. Skolnik steel drums are special. We offer a range of packaging options, we specialize in steel drums and our engineers can customize drums for our customers’ unique needs. We are a company whose pulse is to find solutions to particular packaging, shipping or transport problems. We offer a diverse range of customization options including diameters, height, metal thickness, packaging, protective coatings, closures, placement of plugs and more. And, Skolnik steel drums are manufactured thicker, heavier and stronger than the industry standard requires.

We specialize in industrial packaging for critical contents and we recommend steel as the material-of-choice for packaging, storing and transporting dangerous goods and hazardous materials.