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The Benefits Rotational Molders Offer

Rotational molders offer an important service that often cannot be fulfilled by other plastic forming processes. Rotational molding can be used for the creation of large products that couldn’t necessarily be created by blow molding or injection molding. But in addition to meeting demands for products that other processes can’t meet, rotational molding is a favorable plastic forming process for another reason.

The Novelty of Rotationally Molded Plastics

Rotational molding seems like kind of an overly elaborate process considering the simple kinds of products it is used to produce. Injection molding, extrusion and even blow molding seem more modest and sensible – they’re more compact, less showy. Consider everything that’s included in the rotational molding process. The process of creating rotationally molded plastics begins when an engineer designs a mold cavity that will be used to shape raw plastic later in the process. That mold cavity’s shape resembles what the finished molded product will look like. This part seems simple enough.

Rotomoulding and Martini Shakers

Imagine the following situation. Suppose you have in front of you a large, burning candle and an empty martini shaker. Suppose that there is enough melted wax in the burning candle that it would fill about an eighth of the volume of the martini shaker. Imagine now that you’ve poured the melted wax into the bottom of the martini shaker. If you were to swirl the melted wax around a little, you’d notice that some of the wax would stick to the sides of the shaker and quickly harden. Now imagine that you’ve put the cap on, and imagine that you’re shaking the shaker up and down.

Why Choose Rubber?

Today’s rubber is not the rubber of the past. Rubber molding companies created rubber made from pure rubber collected from rubber trees. This rubber is stiff, bouncy, and prone to cracking. Modern rubbers are created from a mixture of natural rubber and plastic, creating a smooth and flexible material that is resistant to cracking and other problems commonly associated with rubber products. There are four main types of modern rubber, and there are advantages to each type. Depending on rubber molding companies various needs, one type of rubber mixture may better than another.

Common Rubber Forms

The world of grommets is large and varied. The purpose of a grommet is to strengthen a hole in a material, such as the corners of a tarp or the holes for fabric lacing. Grommets are made from a variety of materials, including plastic, rubber, and metal. Rubber grommets are ideal for use in tougher, more industrialized products, because they are flexible and tough.

What is EPDM Rubber?

EPDM rubber, or ethylene propylene diene monomer rubber, is a special type of rubber that is made from synthetic materials. This rubber is highly elastic, and has a variety of uses in industries from manufacturing to everyday household products. EPDM rubber contains a mixture of ethylene, propylene, and a diene mixture. These three materials help the rubber retain elasticity while also retaining the ability to bear a large amount of weight.

Adopting the 5-S Discipline for Less Waste and Lower Costs

Applying the principles of lean manufacturing at your facility will cut costs, reduce waste and provide more value to your customers. The 5-S discipline was developed in Japan with five phrases that have been translated to sorting, setting, shining, standardizing and sustaining. Adopting the 5-S discipline is another powerful expression of Total Quality Management and can provide real cost savings throughout your operations.

Where are Rubber Baseboards Used?

Rubber baseboards are simply baseboards made from rubber rather than wood or plastic. Rubber baseboards are typically used in situations where the baseboards will come into frequent contact with shoes, carts, machines, and other objects that will bump into the baseboards. The rubber baseboards will resist impact, absorb the vibration of the impact and protect the walls from damage. The bouncy nature of the baseboards make them ideal for high-impact applications. Rubber baseboards can also provide an easy-to-clean surface for locations where sanitation is a priority. The following list outlines the main application locations for a rubber baseboard:

The Wide World of Neoprene Foam

Neoprene foam is a type of soft and flexible foam that has a variety of uses in many different industries and manufacturing processes. The foam is a durable sponge-like rubber that has a surprising amount of moisture and thermal insulation. Because of these properties neoprene is often used in scuba and surfing products, such as in the production of wetsuits. Neoprene also has many other unique properties, such as resistance to sunlight, oxidation, chemicals, water, air, and petroleum products. It is common to see neoprene used in the manufacturing of gloves, boots, elbow and knee pads, and many other durable and cushioning products. However, a lesser-known use for neoprene foam is in the construction industry.

Benefits of Rubber Baseboards

Baseboards are not a wildly popular product, and most people do not even think about them on a regular basis. Most baseboards in commercial or industrial settings, if they exist at all, are manufactured from rubber, plastic, or synthetic rubber. One type of baseboard that can be extremely beneficial in commercial and industrial settings is the rubber baseboard. Rubber baseboards can provide many benefits to a factory or other commercial property, such as:

The History of Neoprene

Neoprene is a special kind of synthetic rubber that is manufactured through the processing of the material chloroprene. This rubber is a highly flexible and stable material, even when applied in a thin layer and bent repeatedly. For this reason, neoprene is often used as a rubber material for coatings and even clothing, such as wet suits and medical braces. The rubber is also used for fan belts, electrical insulation, liquid and sheet flashings, and many other applications.

Increased Demand for Natural Rubber

The demand for natural rubber is increasing around the world. At the 2012 India Rubber Summit, Kamarul Baharain Basir predicted that the global demand for natural rubber would increase by nearly 5 percent over the next few years. This is in part, due to the increase in demand in China,India, and other countries around the world.

Natural Rubbers

Natural rubbers are rubber mixtures created from natural sources of rubber. There are several different trees around the world that provide the flexible material that is the base for rubber, but the most popular source is the para rubber tree, originally found in South America. The sap from the tree is harvested and processed with water and other ingredients to produce the stretchy natural, latex rubber that we know and use today in many different applications.

Liquid Injection Molding Explained

There are a variety of types of rubber molding options available. Each molding option is ideal for certain products and uses. You can mold rubber by injection molding, transfer molding, or compression molding. One of the most precise and elegant methods of rubber molding is the process of liquid injection molding.
There are a variety of types of rubber molding options available. Each molding option is ideal for certain products and uses. You can mold rubber by injection molding, transfer molding, or compression molding. One of the most precise and elegant methods of rubber molding is the process of liquid injection molding.

Replacing Chair Foam at Home

Foam rubbers have a variety of uses, but one of the main uses of the rubber foam is in chair cushioning. Over time, the air will escape from the foam, leaving the cushion flat and useless. Some foam rubbers will also break down due to excessive exposure to the sun, necessitating its replacement. If you have a chair that needs new foam, use the following steps to replace the foam and make your chair useful once more:

ReFlex Bio Plastic

As companies and factories try to reduce the amount of waste and injury to the environment, many studies and research has been made into alternative materials for plastic production. Most plastics are made from petroleum-based materials, which is not only hard to process, but also is a rapidly-depleting resource.

The Basic Plastic Plugs

Before the invention and widespread use of plastic, keeping containers closed with an airtight seal was much harder. Most containers had to use metal lids and if an airtight seal was necessary, the lids had to be shrunk and sealed much like the process of canning food into traditional glass jars. Today, plastic has taken over most packaging in the world- and for good reason. Plastics are inexpensive, durable, and easy to make completely airtight. Industrial factories all over the world can take advantage of the benefits that plastic containers can bring.

Plastic Closures in Your World

Plastic is an integral part of our everyday lives. Nearly every aspect of our lives contains some form of plastic, from toys, to computer parts, to dishes, and beyond. It is nearly impossible to avoid all uses of plastic in the home and in the business world. Plastic closures are a popular use for plastic, because plastic is easy to mold and shape into different sizes and shapes to keep containers closed. Plastic closures are one of the simplest ways to safely close containers made of plastic or any other material. In our lives, we are likely to run into the following types of closures and more:

4 Types of Plastic Caps

Before the invention of plastic caps, containers had to use metal caps, cork closures, sealed latches, or some other form of closure. The invention of plastic made storage much easier for a variety of industries, from beverages to gas caps. In general, there are four main types of plastic caps, including threaded caps, plastic plugs, push fit caps, and valve caps. Each cap has a specific use and provides different safety and sealing properties.

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