Engineering Plastics for Demanding Industrial Solutions

Reliable Engineering Plastics for the Industry of the Future

Industrial environments are increasingly demanding materials that can withstand extreme conditions, are easy to machine, and cost-effective. This is where engineering plastics prove to be an indispensable solution. At M&M Intercom, we offer an extensive selection of engineering plastics in rod and sheet form that meet all industrial standards—from general-purpose to high-performance materials.

We offer cutting, mechanical processing, and custom semi-finished products, along with expert consultation to help you choose the right material for your application.

 

Standard Plastics: PE and PP for General Use

Two of the most widely used materials are:

PE (Polyethylene) – flexible, lightweight, and chemically resistant, commonly used in the food industry, mechanical engineering, and transport.

PP (Polypropylene) – offers higher temperature resistance and rigidity, and is easy to weld and machine.

Both materials stand out for their low weight, good sliding properties, and resistance to moisture and chemicals, making them versatile for various technical applications.

 

Engineering Plastics for Higher Mechanical Loads

For more demanding applications, users often choose engineering plastics such as:

POM (Polyoxymethylene) – excellent rigidity, dimensional stability, and wear resistance; ideal for precision mechanical components.
PET (Polyethylene Terephthalate) – great dimensional stability and surface quality; suitable for high-precision parts.
PA (Polyamide, also known as Novilon) – strong, wear-resistant, and versatile; often used for bearings, gears, and sliding elements.

Due to their good machinability and thermal stability, these materials are ideal in mechanical engineering, automation, and the electrical industry.

High-Performance Plastics for Extreme Conditions

For environments with high temperatures, chemical exposure, or mechanical stress, we offer advanced plastics:

• PTFE (Polytetrafluoroethylene, Teflon) – virtually universal chemical resistance, excellent sliding properties, and wide operating temperature range.
• PEEK (Polyether Ether Ketone) – outstanding mechanical strength, thermal resistance, and chemical resistance; used in aerospace and medical applications.
• PVDF (Polyvinylidene Fluoride) – suitable for pharmaceutical, food, and medical industries; offers excellent mechanical and chemical properties.
• PSU (Polysulfone) – suitable for sterilization, high thermal resistance, and dielectric applications.

These materials are ideal for conditions where other plastics fail—due to temperature extremes, abrasion, or aggressive media.

 

Shapes Adapted to Your Process

We supply engineering plastics in:

Plastic rods

Plastic sheets

Tubes or films (e.g., PE tubes, PTFE tubes, POM tubes)

We also offer custom cutting, CNC machining, drilling, milling, or preparation of complex geometric forms, meaning we can supply semi-finished parts ready for assembly.

 

Quality Brands

Our range includes materials from leading European manufacturers such as:

• Mitsubishi (MCAM)
• Centroplast
• Profilan
• And other trusted brands

Confidence in material quality means fewer breakdowns, more stable production, and long-term cost savings.

 

Why Choose Engineering Plastics from Us?

• Wide range of standard and advanced materials
• Technical consulting to select the optimal plastic
• Supply in various shapes and dimensions
• Custom machining tailored to your application
• Reliable delivery and competitive pricing

Engineering plastics are now essential in modern industry—from automotive to electronics, and from chemical to food production. With our expertise and range, we help you find the right solution for every challenge. Contact us for a custom quote—together, we’ll develop a durable and effective solution for your production.

 

10 frequently asked questions about technical plastics

 

1. What are technical plastics and where are they used?

Technical plastics are a group of plastic materials intended for demanding industrial use where mechanical resistance, chemical stability, temperature resistance and long service life are important.
They are used in many sectors:

• mechanical engineering,
• automotive industry,
• food industry,
• pharmaceutical industry,
• electrical industry,
• chemical industry,
• logistics,
• automation.
• food processing industry

They are most commonly used for manufacturing sliding elements, gears, bearings, guides, seals, protective components and various structural parts.

2. What is the difference between standard, engineering and high-performance plastics?

Standard plastics, such as PE and PP, are used for general industrial applications where chemical resistance, low weight and good machinability are important.
Engineering plastics, such as POM, PET and PA, provide higher mechanical strength, better dimensional stability and greater wear resistance.
High-performance plastics, such as PEEK, PTFE, PVDF and PSU, are intended for extreme conditions - high temperatures, aggressive chemicals and very demanding mechanical loads.

The correct material selection is essential for long component service life and stable system operation.

3. When should PE plastic be selected and when PP plastic?

PE plastic (polyethylene) is a suitable choice for applications where the following properties are important:

• good sliding properties,
• moisture resistance,
• chemical resistance,
• wear resistance,
• low weight.

It is often used in the food processing industry, transport systems and sliding surfaces.

PP plastic (polypropylene) provides higher temperature resistance and greater rigidity. It is used in the chemical industry, tanks, laboratory equipment and applications where good material weldability is important.

4. Why is POM plastic so popular in mechanical engineering?

POM plastic is one of the most widely used technical plastics for precision mechanical components. It is known for:

• high rigidity,
• excellent dimensional stability,
• low friction,
• good wear resistance,
• precise machining.

POM is often used for gears, bushings, sliding elements, guides and other mechanical components where operating precision is important.

5. What are the advantages of PTFE, or Teflon plastic?

PTFE plastic (Teflon) is known for an extremely low coefficient of friction and practically universal chemical resistance. Its main advantages are:

• excellent sliding properties,
• chemical resistance,
• temperature resistance,
• non-stick surface,
• good electrical insulation.

Because of these properties, it is used in the chemical industry, pharmaceutical industry, food production and various special industrial applications.

6. When is PEEK plastic used?

PEEK plastic ranks among the highest-performance technical plastics on the market. It is used for the most demanding applications where conventional materials are not sufficient.
It is known for:

• extremely high mechanical strength,
• resistance to high temperatures,
• chemical stability,
• wear resistance,
• long service life.

PEEK is used in the aerospace industry, medicine, pharmaceutical industry, automotive industry and heavily loaded mechanical systems.

7. Can technical plastics be machined to order?

Yes, technical plastics can be machined with a high level of precision. At M&M Intercom, we offer:

• custom plastic cutting,
• CNC machining (drilling, milling, turning)
• preparation of semi-finished products,
• production of more complex shapes.

We can prepare materials for customers in the form of sheets, rods or tubes, adapted to specific production needs.

8. Which technical plastics are suitable for the food industry?

The food industry most commonly uses materials with relevant certifications, such as:

• PE plastic,
• PET plastic,
• PA plastic,
• POM plastic,
• PTFE plastic.

Many materials in the range comply with FDA standards and EU Regulations 1935/2004 and EU 10/2011 for food contact. These materials are suitable for safe use in food production and are easy to maintain.

9. How important is chemical resistance when selecting technical plastics?

Chemical resistance is one of the key factors when selecting a material. An incorrect choice can cause:

• deformation,
• cracking,
• loss of mechanical strength,
• faster wear,
• shorter component service life.

For chemically demanding environments, PTFE, PVDF and certain types of PE plastic are often used, as they provide high resistance to aggressive substances.

10. Why is expert advice so important when selecting technical plastics?

Every industrial application has its own requirements regarding:

• temperature,
• loads,
• chemical exposure,
• sliding properties,
• mechanical stability,
• material service life.

The correct selection of technical plastic has a major impact on system reliability, maintenance costs and production efficiency. At M&M Intercom, we help select the right material based on actual operating conditions and advise on component dimensioning and machining for each application.

 

E-mail: [email protected]
Phone: +386 1 29 27 960