We create our plastic solutions from a variety of synthetic materials, primarily using polymers. This lets us produce items in many shapes while ensuring they are strong, durable, and flexible. We never compromise on quality, which is why we select only the finest materials available.
PE (Polyethylene)
Products made from polyethylene (PE 100 and PE 100-RC) are very tough and highly resistant to chemicals. PE can be used in temperatures from -40 °C to +60 °C.
Other features of PE 100 and PE 100-RC products include:
Good wear resistance
Excellent electrical insulation
High vibration damping
For decades, black PE 100 and PE 100-RC products have been trusted for outdoor use. Adding about 2% of a specific carbon black makes them resistant to light and weather. They are not damaged by natural UV rays.
Electrically Conductive Polyethylene (HDPE-el ESD) is a material that carries electrical charges because it contains added conductive particles (carbon black). Products made from this material have built-in stabilizers to protect against UV light and are also suitable for outdoor use. Because of their special electrical properties, they are ideal for moving highly flammable substances or dust. HDPE-el ESD is also used in areas where preventing sparks from static electricity is critical for safety.
To meet strict purity needs, we also make products from natural HDPE.
PP (Polypropylene)
Polypropylene (PP) is a semi-crystalline thermoplastic, similar to HDPE but stiffer, stronger, and harder. It also has excellent chemical resistance. PP is very rigid, especially at higher temperatures (up to +95°C). However, it becomes brittle in the cold (use below -5 °C should be avoided).
PP products are also known for:
A low density of 0.91 g/cm³
Relatively high surface hardness
Electrical insulation properties
High creep strength
PP is the perfect material for pickling plants, the chemical industry, and for highly aggressive wastewater, where hot chemicals are used. We make products from different PP types:
PP Grey
PP Natural
PP White
PPS
PPS-ESD EL
All our polypropylene types are thermally stable, work well together, and can be easily welded using standard methods. Grey polypropylene is not UV-stabilized, so it needs to be protected from sunlight.
PP-H has shown to be an excellent material for building things that resist hydrochloric and sulfuric acids found in scrubbers. PP-H products also resist wear from abrasion, both inside and out, and offer reliable operation and cost benefits.
Special PP Properties:
Resistant to constant heat
High chemical resistance
Excellent for building chemical tanks
Alpha-nucleated
Good long-term performance with many substances
High stiffness at high temperatures
Low-flammability polypropylene (PPs) is a type of PP that has a flame retardant added. This allows PPs to be rated as a higher flame-resistant material. Low-flammability and electrically conductive (PPs-el ESD) polypropylene is made from a PP copolymer and has both flame-resistant and anti-static properties. Its surface resistance is very low (≤ 10⁶ Ohm), which prevents a build-up of static electricity.
Our range of PP products is completed with items made from natural and white polypropylene (PP-H).
PVDF
PVDF is a highly crystalline, pure plastic that offers a great mix of mechanical, thermal, and electrical properties with outstanding chemical resistance. It also resists radiation well, making it ideal for top-tier uses in semiconductors, pharmaceuticals, life sciences, and solar panels.
PVDF can be used without additives, which means it won’t leach contaminants. It is made under strictly controlled purity conditions with carefully chosen raw materials. It is used for storage and transport tanks and equipment that must meet the highest standards for media purity.
For the electrical industry and explosion-proof areas, PVDF can be made with conductive particles. This conductive PVDF-el ESD has a lower surface resistance to prevent static charging.
PVDF Flex is a great alternative to standard fluoropolymers. Its increased flexibility makes it much easier to process, especially when bonding to steel linings or working in tight spaces with small curves.
ECTFE
ECTFE has a unique set of properties because of its chemical structure, a copolymer with alternating ethylene and chlorotrifluoroethylene.
ECTFE has excellent resistance to heat, intense radiation, weathering, and corrosion. It is very impact-resistant and its properties stay stable across a wide temperature range. This makes it particularly well-suited for tough industrial jobs like handling chromic acid.
Furthermore, ECTFE is an excellent barrier against many chemicals seeping through. Its great welding traits and ability to be heat-formed allow for cost-effective and simple processing, both in the workshop and on-site. Compared to PVDF, ECTFE has better resistance to strong lyes (alkaline solutions).
FEP
FEP is a fully fluorinated plastic with outstanding corrosion resistance. It works reliably in an enormous temperature range, from -190 °C to +205 °C, and can be used in many industrial applications. Its flexibility, ability to be heat-formed, and excellent welding properties mean we can manufacture FEP products reliably and at a low cost.
PFA
PFA is the highest-performance plastic we offer. It is suitable for a huge range of uses because it resists almost any chemical and can handle temperatures from -190 °C to +260 °C. This means it can be used for harsh chemicals at high temperatures, like 70% sulfuric acid at 150°C. PFA products are also available in HP (High Purity) quality for the semiconductor, pharmaceutical, and food industries where extreme purity is required.
PFA lining can be used at operating temperatures up to 260 °C. It shows excellent chemical resistance against condensed acids like H₂SO₄, HCl, and HF, which are common in power plant applications.