1-800-441-8780

1-773-735-0700

Industrial Packaging for Critical Contents

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

Posts Tagged ‘benefits of stainless steel barrels’

304 vs 316 Grade Stainless Steel Drums

November 5th, 2018 by Natalie Mueller

Filed under: Stainless Steel

By definition, stainless steel is a steel alloy with a minimum of 10.5% chromium content by mass. However, there isn’t just one kind of stainless steel. There are numerous grades of stainless steel all with variations in density, elasticity, thermal conductivity and other properties. When it comes to a stainless steel that must endure corrosive environments, which most stainless steel industrial containers must, austenitic stainless steels are the most popular choices. But even then, there are two popular grades: 304 and 316 stainless steel. So, what grade stainless steel drum is right for you?

304 stainless steel is generally the most common austenitic steel used due to it’s high nickel and chromium content. The high chromium content gives 304 stainless steel drums and other products excellent corrosion resistance.

316 stainless steel also has high amounts of chromium and nickel, but with a significant amount of molybdenum, grade 316 stainless steel possesses an even higher level of corrosion resistance.

What grade of stainless steel you need largely depends on your use. In the case of stainless steel drums, it largely depends on the materials you wish to contain or ship and any regulations governing those materials.

For example, while 304 is often used in commercial food processing, 316 is considered one of the most suitable choices for marine applications, medical devices and chemical processing or storage. 304 has better formability and is generally more affordable, but 316 may be a better choice when working with/containing corrosive environments or where greater strength and hardness are required.

At Skolnik, we know our steel and are happy to guide our partners to the most efficient and effective material and container for their needs.

The Plastic Pollution Problem and the Stainless Steel Solution

April 16th, 2018 by Natalie Mueller

Filed under: Industry News, Stainless Steel

Why is plastic such popular headline material this year? Well, because plastic pollution has finally reached a boiling point. Even with an increased awareness and consciousness of recycling, research warns that the amount of discarded plastic in just the ocean will triple in the next decade. If this warning becomes reality, in ten years there will be more plastic in our oceans than there are fish.

Sounds bleak, right? Well, the good news is that just as we’re all responsible for this issue, we can also all chip in to help. Every small change to our plastic-using habits helps, and we’ve already taken a huge first step by being more aware of the problem.

Stainless steel is considered the most reliable and safest material for industrial grade containers. Stainless steel drums, like the ones we manufacture at Skolnik, have long been a favorite for the storage and transportation of chemicals, consumables, hazardous materials and more. In recent years, plastic drums and containers entered the scene and boasted their superior lightweight and flexibility. However, there is a reason stainless steel drums are still considered the gold standard. Not only can they promise levels of durability and sanitation that porous plastic cannot, but they are also vastly more eco-friendly.

And, with plastic pollution clogging our oceans and newsfeeds, more businesses and individuals are actively trying to cut down on their plastic waste, and they are turning to stainless steel to help. In fact, the global stainless steel market is currently being driven by an increased demand for consumer goods. Consumers are picking up reusable stainless steel straws to cut back on plastic straw use, businesses are implementing stainless steel water refill stations for their employees or patrons, and more.

We hope that stainless steel products such as our stainless steel drums continue to help people cut down on plastic waste and reverse the disastrous predictions of environmental experts.

 

What Makes Our Stainless Steel Process Drums So Stainless?

March 29th, 2018 by Natalie Mueller

Filed under: Stainless Steel

Stainless steel is the hero to industries that require sturdy, dependable, sanitary products to keep materials clean and safe for human consumption. It’s in our kitchens and on our dinner tables, needles are crafted out of it, as are surgical implants. At Skolnik, we produce stainless steel, crevice-free, seamless process drums, perfect for personal care and pharmaceutical products or on your food processing line.

But what is it that makes stainless steel…. stainless? Why is it good for handling food? And what is the difference between “304” and “316” type steels?

First, the science behind the steel. Steel is an attractive material in general because it’s lightweight while maintaining excellent strength. The down side to regular steel is that has a tendency to pass on a metallic taste, and more importantly, it corrodes quite easily. Exposed to any amount of moisture, steel generates iron oxide and, over time, regular steel rusts away.

The solution, however, starts with one element: chromium. The same element used in making your car wheels shiny is also the key to making stainless steel work. By smelting a steel alloy that involves at least 10.5% Chromium, the resulting metal spontaneously generates a microscopic layer of chrome oxide, an inert, self-repairing film that protects the metal below. Thus, manufacturers such as ourselves are able take advantage of the strength and durability of steel, while resisting much of the corrosion and unpleasant taste that plague many other metals. This makes it a great material for food-safe applications.

Just what qualifies for “food-safe” though? According to the FDA, “materials that are used in the construction of utensils and food contact surfaces of equipment::

  • Must not allow the migration of ‘deleterious substances or impart colors, odors, or tastes’ to food […]
  • Be ‘durable, corrosion-resistant, and nonabsorbent’ […]
  • Possess sufficient ‘weight and thickness to withstand repeated warewashing’ […]
  • Be ‘finished to have a smooth, easily cleanable surface’ [and]
  • Have resistance to ‘pitting chipping crazing, scratching, scoring, distortion, and decomposition’.”

With chrome oxide perpetually preventing harm, stainless steel is up for the food-safe task, which is why we use in such products as our process drums. It’s sturdiness and ability to withstand sanitation processes while resisting passing on unwanted substances makes it ideal to store food-safe products.

Now, all stainless steel is not made equal. While a major component may be chromium, there are many variations the chemical composition of the alloy, each with their advantages and disadvantages. For example, there is 18/8, named for its 18% chromium and 8% nickel composition. At Skolnik, we use types 304 and 316. 304 has the same 18% chromium, 8% nickel mix that 18/8 has, but 316 has 16% chromium, 10% nickel, and 2% mollybdenum. While 304 is more cost effective and plenty corrosion-resistant, the addition of mollybdenum to 316 helps fight against corrosive salts, something 304 is not as good at resisting.

Which type of drum you use is going to depend on what you need them for, and we are more than happy to help you find the right fit for your project, but no matter which type you go with, if you buy from Skolnik you’ll be getting high quality, food-grade products made out of the best stainless steel that will keep you and your customers safe.

 

No Matter What, A Spill Response Plan is Crucial for Worker Safety

January 2nd, 2018 by Natalie Mueller

Filed under: Safety

While the end of December is a great time to look backward and take stock, it’s just as important to look ahead to make sure that 2018 is a successful, productive, and most importantly, safe year. The barrels we produce here at Skolnik are thicker, heavier, and stronger than industry standards, and their durability can help prevent spills. No matter the precautions taken though, accidents are an inevitable part of any workplace, and absolutely it’s crucial to have a spill response plan in place. Training, proper equipment, and products such as drum spill containers are important for starting the year out on the right foot.

The first component to any response plan is preparation. Thoughtful warehouse organization can minimize the damage done by a spill. For example, segregate anything that could react and produce harmful vapors or combustion. By keeping acids on one side of the warehouse and oxidizers on the extreme other side, you reduce the chance that they’d ever come in contact with one another and make an accident that much more dangerous.

Proper spill stations are also a key part of a safe workspace. Make sure each include absorbent pads, instructions, and PPE such as masks, gloves, goggles and face shields. These stations then need to be distributed strategically across the warehouse, paying extra attention to high risk areas such as receiving and shipping areas.

Spill response plans aren’t effective unless your employees know how to use them, and training is the most important element of any preparation. Awareness of the chemicals used in a workplace and adequate training on how to handle them will reduce a lot of potential accidents. Then, when the inevitable spill happens, your employees need to know what to do in an emergency, who the emergency contacts are, and how to effectively utilize spill stations. Safety data sheets also ought to be easily accessible.

The next component of a response plan is containment. When a spill occurs, the workers need to notify their supervisors, then carefully work on creating a perimeter. Using such products as an tube of absorbent material, or “snake”, they can prevent the spill from spreading further. From there, they can determine if they can manage the spill themselves or if it requires a third party company that is certified in handling the clean up.

If the spill is most appropriately handled by your employees, then the clean up process can begin. Most clean ups involve putting down absorbents, which come in various types. There is a range of absorption capacities, as well as general purpose products and specific use ones. With corrosive spills, neutralizing agents need to be used. Weak acids are used to neutralize bases and vice versa, but no matter the chemical, it’s important to work slowly to insure that the chemical is fully neutralized. Depending on the type of spill, you can recover some of the product and store it in containers such as Skolnik brand salvage drums.

While a good spill response plan is focused on the safety of your workers, a well crafted plan is also mindful of the environmental impact of the spill. Always be aware of the drainage system in your workplace to ensure that no dangerous chemicals wind up escaping out to the public at large.

As 2017 winds down, we here at Skolnik want to thank you for your partnership; we’re very proud of the work we done this year to help you and your company be the very best, and safe, it can be. It’s been a good twelve months, and we’re looking forward to another amazing twelve ahead of us. See you next year!