Plastic Pumps

Plastic Process Horizontal Pumps Tecnium model BN

Heavy-duty chemical process pumps built in solid thermoplastic materials. Compliant with ISO 2858 / ISO 5199 standards, Tecnium BN pumps handle corrosive and abrasive fluids up to 1,500 m³/h and 120 m head with multiple mechanical seal options.

Plastic Horizontal Tecnium Pumps Model BV

Heavy-duty thermoplastic process pumps for corrosive and abrasive fluids. BV series by Tecnium offers horizontal and vertical designs, dry-running capability, and flows up to 1,200 m³/h for continuous industrial operation.

Plastic Vertical Pump Tecniu BT Model

Vertical sump pumps with cantilevered shaft and dry-running design. The BT Series handles flows up to 450 m³/h and heads up to 100 mcl, ensuring reliable operation in corrosive or abrasive industrial environments.

Heavy Duty vertical plastic Pumps Tecnium BV series

Vertical outdoor tank pumps with hydrodynamic sealing and dry-running design. The BV Series handles flows up to 1,200 m³/h and heads up to 100 mcl, offering reliable chemical resistance and continuous operation.

Plastic motor Pumps Tecnium BH Model

Direct-coupled motor pumps built in solid thermoplastics for corrosive and abrasive fluids. The BH Series achieves flows up to 250 m³/h and heads up to 80 mcl, ideal for continuous heavy-duty industrial processes.

Tecnium Magnetic Drive motor Pumps BKM Series

Sealless magnetic drive pumps for corrosive and hazardous fluids. The BKM Series ensures leak-free operation up to 50 m³/h and 45 mcl, built in solid thermoplastics for maximum chemical and environmental safety.

Plastic Motor Pumps Tecnium BX Series

Compact close-coupled plastic motor pump with mechanical seal. BX handles corrosive and abrasive liquids with solid-plastic hydraulics, seal options (SF/DE/IP/IF) and DIN/ANSI flange choices for continuous industrial service.

Plastic Vertical Motor Pumps Tecnium BHS model

Vertical monobloc plastic pump for corrosive and abrasive fluids. Flow up to 90 m³/h, head up to 50 mcl. Compact, corrosion-resistant design for chemical, wastewater, and surface treatment applications.

Plastic centrifugal pumps play an essential role in the manufacturing industry. TECNIUM produces a wide range of plastic pumps for industrial use. Here, we’ll look at what a standard centrifugal pump consists of, and why they play an important role, particularly in relation to corrosion resistance.

Plastic centrifugal pumps are commonly used in the manufacturing industry for pumping water, solvents, organics, oils, acids, bases and a variety of other liquids in industrial, agricultural and domestic applications.

Plastic centrifugal pumps are specifically designed for use with any application that involves low viscosity fluids. These pumps are ideal for use in the manufacturing industry as they are highly resistant to corrosion.

The main advantage of using plastic centrifugal pumps is that they are simple to use. They do not need any valves, or many moving parts. As a result, they are very easy to produce, and they can be fabricated from several different types of materials.

Plastic centrifugal pumps are not only simple to manufacture, but they also move at high speeds with minimal maintenance, making them an ideal industrial resource.

TECNIUM is a specialist in providing plastic centrifugal pumps to the manufacturing industry.

There are several plastic pumps available, and they play a highly important role in manufacturing due to their corrosion resistance.

TECNIUM has several plastic centrifugal pumps that are ideal for use in the manufacturing industry. TECNIUM produces vertical submersible pumps, plastic sump pumps, external vertical pumps, process pumps, motor pumps and magnetic pumps.

Let’s look at those different pumps in a little more detail.

TECNIUM’s vertical submersibles pumps are extremely versatile. TECNIUM provides a wide range of cantilever shaft plastic sump pumps which can be used in dry operation, especially suitable for liquids with particles.

They have flow rates of up to 500 m3/h and heads of up to 100 mlc.

TECNIUM’s plastic sump pumps are reinforced with a cantilever shaft. They have flow rates of up to 500 m3/h (2000 gpm) and heads of up to 100 mlc (330 ft). They are made of solid plastic with hydrodynamic sealing. They conform to European CE machine safety directives. Plastic sump pumps have an ATEX version available which has a mechanical seal.

Plastic sump pumps are generally designed to operate without mechanical seals, sealing systems can be supplied if required.

The technical advantage of a plastic sump pump is that it has a cantilever shaft, which comes without the collector bearing. It also has a reinforced column, and is particularly suitable for loaded liquids. As plastic sump pumps generally have no mechanical seal, there are no priming issues.

Plastic sump pumps have a mechanical torque transmission to the impeller by key and they have a large steel core surface. The shaft sleeve is independent and removable from the impeller. Plastic sump pumps are available in the following materials: PVDF, PP, PE, and E-CTFE.

TECNIUM also offers a range of external vertical pumps, which come without mechanical seals. They are mainly used for dry operation, and are particularly suitable for conveying loaded liquids. They have flow rates of up to 1,200 m3/h and heads of up to 150 mcl.

TECNIUM’s standardized pumps are made according to EN 22858 / ISO-5199. They are robust and have a continuous operation. They are made with a wide range of plastic materials and mechanical seals, chemically and mechanically adapted to the fluid that is to be carried.  They have flow rates of up to 1,500 m3/h and heads of up to 120 mcl.

TECNIUM also provides a selection of motor pumps, such as direct coupling pumps. They have hydraulic performance and dimensions according to EN 22858. They are an economical and reliable solution due to their robust construction, which is typical of a standardized process pump. They have flow rates of up to 250 m3/h and heads of up to 100 mcl.

TECNIUM’s range of magnetic coupling pumps are designed to enable dry operation. They have flow rates of up to 50 m3/h and heads of up to 45 mcl.