Mühendislik Plastikleri | Polietilen | Kestamit | Polyamid

Engineering Plastics

Engineering Plastics; In addition to the strength and durability needed by industry and technology, they are lighter and more cost-effective materials. Engineering Plastics are used in many areas such as airplanes in the aviation industry to be lighter and faster, in kitchens to be healthier, and in the automotive industry to be more durable.

Engineering Plastics prices vary depending on the type and size of the material you need. Martan Plastik, a manufacturer of affordable and high quality Engineering Plastics, is working to serve you in the best way possible in Istanbul Trade Center (ISTIM) Tuzla/ISTANBUL. In addition to engineering plastics, Martan Plastik also supplies aluminum, brass and bronze metals. You can access our Martan Metal website here.

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Our products

PTFE | Teflon®

PTFE, also known as Teflon®, is an excellent thermoplastic engineering plastic with a low coefficient of friction, excellent resistance and durability, suitable for use even in the temperature range of -260 to +270 degrees, withstanding even very hard impacts, and high chemical resistance. PTFE can be produced as pure, fibrous or bronzed.

PE | Polietilen

Polyethylene is an engineering plastic that can be used in a wide variety of sectors. Polyethylene, which has high chemical resistance, can withstand temperatures between -50 and 80 degrees. Polyethylene is widely used in the food industry. It is divided into classes such as PE 300, PE 500, PE 1000 according to its resistance.

PA | Polyamid

Our PA Polyamide / Kestamid plastic products are long-lasting, have a wide range of uses, have high durability, and are the perfect balance between lightness and costs. Our PA (Polyamide) / Kestamid products allow them to be used instead of many heavier and more costly products such as iron, steel, bronze, aluminum and copper.

PEEK | Polietereterketon

PEEK Polyetherketone is one of the advanced high performance plastics with extraordinary characteristics and high temperature resistance. In addition, PEEK Polyetherketone is an engineering plastic with very good impact resistance, high mechanical fatigue resistance, very low deformation tendency, very good lubricity and abrasion resistance.

Plexiglass

Plexiglass is a durable advanced engineering plastic that can be used instead of glass spaces and products, is lighter in weight than glass, can be easily shaped, has high light transmittance, is many times more resistant to impacts than glass, and can be used in various sectors. Plexiglass is also known as acrylic glass or acrylic sheet.

PA 66 | Kestamit

PA 66 Kestamit is known as the plastic with the highest durability among plastics. A high molecular weight, semi-crystalline thermoplastic, PA 66 offers good machinability and is therefore ideal for machining with CNC mills and lathes. Contact us for PA 66 plastic raw material import and processing services at European standards.

POM | Poliasetal

POM (Polyoxymethylene) is a type of thermoplastic that has high chemical resistance, is very durable against impacts, and has almost perfect dimensional stability, and can be easily processed and shaped. Polyamide can withstand high temperature ranges depending on its type. POM Polyoxymethylene, an engineering plastic, is a product for engineering applications.

PP | Polipropilen

Polypropylene, also known as PP, falls into the category of standard plastics. Polypropylene, also known as polypropylene, is a thermoplastic polymer used in areas such as packaging, textiles, stationery, plastic parts and reusable container types, as well as in the automotive industry due to its water absorption feature.

PA 12 | Cast Polyamide

PA 12 cast polyamide is a semi-crystalline polyamide with very high toughness and good chemical resistance and reduced susceptibility to stress cracks. PA 12 has the lowest moisture absorption rate. This means that it remains stable in humid environments. Additionally, PA 12 has good impact resistance and wear resistance.

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Milling

Polietilen, Kestamid Teflon® ve diğer dayanıklı plastik hammaddelerin frezeleme işlemleri bünyemizde bulunan ileri teknoloji makinalar ile yapılmaktadır. Alanında uzman personelimiz ile endüstriyel tekstil, otomotiv sanayi, makina sanayi gibi alanlarda ihtiyaç duyduğunuz tüm dayanıklı mühendislik plastik tasarımlarınızı gerçeğe dönüştürüyoruz.

Turning

Teflon®, Polyamid (kestamid), Polietilen gibi ürünlerin çubuk, levha, takoz ve şerit modellerinden ürettiğimiz dayanıklı sert mühendislik plastiklerinin torna işlemleri üretim tesisimizde tasarımınıza tam uygun olarak yapılmaktadır. İhtiyaç duyduğunuz dayanıklı mühendislik plastiklerinden tornalama işlemi ile pürüzsüz ve kaliteli ürünler elde edilmektedir.

Assembly

İster polietilen ister polyamid ister teflon® veya diğer ürünlerden imal edilmiş ürünler olsun, sizin için işlenen ürünlerin adresinize tesliminin sağlanmasının yanında, talep edilmesi durumunda montaj işlemi de alanında uzman personellerimiz tarafından yerinde titizlikle ve itina ile yapılmaktadır. Dayanıklı mühendislik plastik ihtiyacınız için biz varız.

Project planning

Your requests are received by phone, e-mail or other communication means. In line with these requests, the digital drawings you send to us are examined and the product you want to use (PTFE, PA, POM, PE, Plexiglass) is prepared, your approval is received and transferred to the production department.

Production

Depending on your drawings, the raw material from which the product will be obtained (PTFE rod, PTFE plate, kestamid plate, acrylic glass, etc.) is selected. The selected raw material is taken to the milling or turning process and the complete product is obtained with millimetric calculations.

Quality control

The product obtained after processing is compared with the drawing and checked to be exactly the same. It is then passed through strength and durability tests to see that it meets the need. The product, which completes the necessary quality checks, is prepared for transfer.

Delivery

Your product, which has successfully passed the quality control, is prepared meticulously, checked for any missing/wrong/faulty items, packaged by taking the necessary precautions to prevent damage during transfer, and set out to reach you as soon as possible.

Visual Videos

Kestamid Machining (CNC Milling)

PE 1000 Polyethylene Our Products

Obtaining a gasket by polyamide (PA) CNC machining

Types of Engineering Plastics

In general, engineering plastics are divided into three main categories. Standard Engineering Plastics, Engineering Plastics and Advanced Engineering Plastics. One of the most well-known engineering plastics in Turkey is polyamide (PA) and the other is PE Polyethylene. While there are PA 6, PA 66, PA 11, PA 12 among the polyamide types, PE 1000 is the most preferred in Polyethylene. Polyoxymethylene (POM), a semi-crystalline thermoplastic, is also a widely used engineering plastic. Diversification of these plastics is based on properties such as strength, lubricity, conductivity, resistance, water absorption rate and abrasion resistance.

Engineering Plastics Usage Areas

Engineering plastics are used in many industries that require durability and long life. The main areas of use are:

Automotive Industry: Used in the production of vehicle parts.
Heavy Industry: It is preferred in applications requiring durable and lightweight materials.
Technology Sector: It is used in insulating and water-resistant parts of electronic devices.
Health Sector: Used in the production of medical equipment and devices.
Aviation Industry: Engineering plastics are widely used in space shuttles and aircraft parts.