About
Our Story
TEPP Plastics was established to meet the growing demand for reliable, precision-manufactured nylon strip and sheet products for industrial applications. From the beginning, the company has focused on producing consistent, high-quality extruded plastic materials designed to perform in demanding environments.
Over time, TEPP Plastics has refined its extrusion processes and material handling techniques to support tight tolerances, uniform dimensions, and dependable performance. This focus on process control and material consistency has allowed the company to support customers across a range of industries that rely on engineered nylon products for wear, spacing, insulation, and structural applications.
As manufacturing requirements have evolved, TEPP Plastics has continued to adapt by investing in extrusion capability, quality control practices, and technical expertise. The company’s experience with nylon materials and strip extrusion enables it to respond effectively to both standard production needs and application-specific requirements.
Today, TEPP Plastics remains committed to the same core principles that shaped its early development: precision, reliability, and long-term customer partnerships. By maintaining a focus on material performance and manufacturing consistency, the company continues to support industrial customers with dependable nylon extrusion solutions.
Products
Plastic sheet and plastic strip are used across a wide range of demanding applications and operating conditions. Tepp Plastics manufactures high-quality plastic sheet and nylon strip products engineered for durability, precision, and performance in industrial environments.
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As an industry leader in nylon strip extrusion and plastic sheet manufacturing, we offer a broad selection of engineering-grade plastic materials designed to meet the requirements of modern production and fabrication processes. Our plastic sheet and strip solutions are widely used in the transportation, manufacturing, aerospace, and construction industries, where strength, wear resistance, and dimensional stability are critical.
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With a focus on consistency, customization, and reliable supply, Tepp Plastics delivers plastic sheet and nylon strip products that meet the needs of engineers, manufacturers, and OEMs nationwide.
Plastic Strip & Sheet
Plastic sheet and plastic strip are used across a wide range of industrial applications and operating conditions where durability, dimensional stability, and performance are critical. Tepp Plastics manufactures high-quality plastic sheet and nylon strip materials specifically designed for engineering and industrial use.
As an established manufacturer of nylon strip and plastic sheet, Tepp Plastics offers a broad selection of engineering-grade plastic materials suitable for precision components, wear parts, spacing applications, and protective solutions. Our nylon strip and sheet products are widely used in the transportation, manufacturing, aerospace, and construction industries, where consistent quality and tight tolerances are essential.
Engineering plastics are a core part of TEPP Plastics’ manufacturing capabilities. We supply a wide range of semi-finished plastic products, including nylon strip, full plastic sheets, plates, and rods, produced for industrial and engineering applications.
In addition to semi-finished materials, machined, stamped, and punched plastic components are available across a broad selection of engineering-grade plastic sheet materials. Thicknesses and dimensions vary by material and application, with available sizes ranging from 0.25 mm to 50 mm, supporting both lightweight and heavy-duty requirements.
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Among the most commonly used materials is nylon, available in both filled and unfilled grades. Nylon offers an effective alternative to metal components, providing performance advantages while reducing weight and production costs. As a trusted nylon strip and plastic sheet manufacturer, TEPP Plastics supports customers seeking reliable plastic solutions for demanding environments.
Advantages of Engineering Plastics Compared to Metals
Engineering plastics offer several benefits over traditional metal components, including:
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Reduced weight
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Excellent wear and abrasion resistance
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Strong corrosion and chemical resistance
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Easier machining, stamping, and processing
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Efficient production and shorter lead times
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Overall cost savings in manufacturing and installation
A selection of our engineering plastic materials is listed below with brief descriptions. Technical data sheets are available upon request to support material selection and design requirements.
Nylatron GS
Nylatron® GS is a premium engineering-grade nylon material manufactured by MCAM (Mitsubishi Chemical Advanced Materials) and supplied by TEPP Plastics in both nylon strip and part form. Nylatron GS is available in thicknesses ranging from 0.25 mm to 3.18 mm for strip and precision components. Full plastic sheets are also available in heavier gauges for machining and fabrication applications.
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This material is a MoSâ‚‚-filled Nylon PA66, engineered to improve strength, rigidity, and wear performance. Its low linear thermal expansion allows parts to maintain dimensional stability, resulting in improved fit and reduced risk of seizing in dynamic or load-bearing applications.
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Colour: Dark Grey
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Common Applications:
Wear components, guide strips, sliding parts, precision spacers, and industrial assemblies requiring dimensional stability.
Nylatron® NSM Engineering Plastic
Nylatron® NSM was developed specifically for demanding industrial applications requiring exceptional wear resistance and long service life. This premium engineering plastic is commonly used for wear bars, bearings, and high-load sliding components, where durability and reliability are critical.
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Its enhanced formulation provides excellent resistance to abrasion and friction, making it suitable for continuous-duty environments.
Tepmax® 66 Nylon Sheet and Strip
Tepmax® 66 is a versatile Nylon 66 engineering plastic designed for a wide range of industrial applications. Its combination of high mechanical strength, toughness, excellent wear resistance, and good sliding performance makes it a dependable solution for both machined parts and strip applications.
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Additional benefits include high electrical resistance and good machinability, allowing for efficient production of precision components.
Colours Available:
Natural, Black, and custom colours available to order
Tepmax® MDS Nylon 66 (MoSâ‚‚ Filled)
Tepmax® MDS is a MoSâ‚‚-filled Nylon 66 engineered to deliver improved wear resistance, increased strength, and extended service life. The addition of molybdenum disulfide enhances friction resistance, making this material well-suited for everyday industrial applications where reduced wear and longer component life are required.
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Colours Available:
Grey, Black
Nylomos™ Nylon 66 Engineering Plastic
Nylomos™ is a TEPP Plastics trademarked Nylon 66 material, formulated with MoSâ‚‚ filler to enhance wear resistance and mechanical performance. It is commonly used in applications requiring consistent performance under load and repeated movement.
Tepmax™ ACT Acetal Copolymer
Tepmax™ ACT is an acetal copolymer engineering plastic known for its low moisture absorption, excellent dimensional stability, and high impact resistance. These properties, combined with strong mechanical performance and stiffness, make it an ideal material for components operating in wet or humid environments.
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Tepmax ACT is physiologically inert and suitable for food-contact applications, making it a reliable choice for hygienic and moisture-sensitive environments.
Additional Engineering Plastic Materials Available
TEPP Plastics supplies a wide range of engineering plastic sheet and rod materials, with thicknesses typically ranging from 5 mm to 50 mm, depending on material type and application.
Available material groups include:
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PEEK
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Acetal
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Cast Nylons
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Polyethylene (PE)
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Polycarbonate (PC)
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Acrylic
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ABS
Most materials are available in sheet form, with many also supplied in rod form. Technical data sheets are available upon request to support material selection and design requirements.