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In 1963, in 1963, the Company was founded in 1963 by Dr. Alvin Roth. Dr. Alvin Roth founded the company in 1963. Dr. Roth was a dentist who had previously invented a revolutionary technology that is used in all of the advanced Quadrant engineering components. Among Roth’s many innovations: The discovery of a method to increase the length of the material used in our components and was the first person to use the actual ingredient in nylon, he was responsible for the development of the composition of the nylon powder as well as the process used to make it; and he was the sole inventor of the sandwich made from nylon. Check out the complete story on these and other notable achievements.

Nylon Stock Shapes – Roth created the first nylon stock shape using the aid of nitrogen-filled injection molding technology, the designer discovered that his nylon stock designs were almost unbreakable. Originally, Roth designed these stock shapes as a way to make space. Now, stock shapes of many of our most sought-after products, including bumpers, knobs, and slides, are available in stock shapes that last and virtually unbreakable. Shapes made of nylon are easy to work with, and they can be produced in large quantities using conventional CNC machines. The stock shapes, along with many other innovative nylon plastic parts, are responsible for making our equipment durable and reliable.

PVC (Polyvinyl chloride), and STP (styrene), Composites – These two revolutionary engineering plastic products were invented by Roth. They opened the way for other polymer composites. They are now extremely useful in high-tech accessories, industrial batteries, and many other applications. PVC and STP Composites are combined to create durable, lightweight, strong industrial parts which can be utilized to build a wide variety of products.

Ultraviolet Silicone – Roth is the next global leader in high-performance engineering plastics. It is an innovative material that has revolutionized the global supply chains by its superior resistance to UV light, particularly ultraviolet B Rays. Ultraviolet Silicone is ideal for outdoor signs and bumpers that have been damaged by sunlight. It is also used in thermal insulation materials as well as engine lubricants. This versatile product is now extensively used in a broad variety of applications, from air bags to solar signs to high-performance engineering plastics.

Flexible Plastic Materials – This is another one of the few engineering plastics that have established itself as a leader in the supply chain of global. This product is able to stand out from the rest by offering a wider range of use across various industries. Its versatility and durability make it an ideal choice for many applications. UHP and ULP materials can be utilized in many different applications, such as bumpers, shock-absorbing liners, as well for mechanical components as well as high-performance engineering plastics.

Roth created Colloidal Polymer in 1998. It is another prominent player in the global supply chain of engineering plastics. The Colloidal Polymer is a natural look and is durable, flexible and safe. It has a long-lasting cure time and comes in a range of particles, including PMMA, and polyimide. It is also impervious to ultraviolet light and has a high resistance to wear and tear. The material is suitable for a wide range of applications, such as in pharmaceuticals, cosmetics, detergents, and food.

Nylon Fiber – As the fourth-highest-ranked global leader, Nylon Fiber offers high durability and strength, with low maintenance requirements. Nylon Fiber combines the highest modulus of tensile strength with low compressive strength and Tensile strength. It is used extensively in automotive, aerospace, industrial, and household applications. The main benefit of Nylon Fiber is that it has superior creep resistance, which translates to longer endurance. Nylon Fiber is a sought-after choice for many industries because of its outstanding thermal and chemical properties. Nylon is the fastest-growing fiber, but it has the lowest compression strength.

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