Industrial plastics - Import export

Processing of plastic waste in our recycling lines (shredder, grinder and agglomerator) Contamination separation and dedusting Eventually contract processing of plastic waste.

Clean and single-polymer plastic waste is the basis for high quality recyclates which can almost reach the product characteristics of virgin material. By closing the recycling circle natural resources and energy are saved. Our most important polymer is PVC. We produce a diverse range of rigid and soft PVC recyclates, yearly several thousand tons of mixed-colour, single-colour and white/ transparent secondary raw material. HDPE and PP are coming next in terms of quantity of recycling material followed by engineering grade polymers as ABS, PC and PA and several others. Depending on the type of waste we produce regrind or agglomerate with our recycling machines. Agglomerate is mainly produced from sheet, non-woven material, shavings and powder whereas regrind is produced from solid waste and thick layer sheets. We produce extrusion- as well as injection moulding qualities. Every sold Big Bag is tested on purity and humidity.

Quality control of all big bags concerning contamination of e.g. metal and polymer mix using a laboratory size extrusion line.

Filling the free-flowing recyclate into big bags and preparation of shipment.

By processing the waste to recyclate the waste is not treated as waste anymore but as a product (secondary raw material). This process excludes the waste originator from any liability risks associated with the plastic waste.

Collection of plastic waste in cage pallets, gaylords, pallets etc. with help of specialized logistic companies Unloading and visual inspection of the waste.

Our machinery enables great flexibility at constantly high throughput to recycle your plastic waste efficiently and recourse-saving with help of different recycling processes Currently we run two modular recycling lines for clean, single-polymer and thermoplastic waste. One shredding-grinding line for up to 6.000 tons yearly and one modular shredding-grinding-agglomeration line for up to 9.000 tons which enables parallel or in-line grinding and agglomeration. With those two lines we can process any plastic waste the optimal, resource-efficient way. Since the foundation in 1997 we have developed a deep process knowledge for many types of plastic waste, to produce non-cloggy, free-flowing and dry regrind and agglomerate. After every polymer change our recycling lines are cleaned meticulously to avoid contamination from a polymer-mix. All metal parts are detected by metal detection and the recyclate runs through a dedusting machine before being filled into big bags.

Our recylcing machinery can process multiple types of thermoplastic polymers in diverse forms. Important is that the waste is clean, contains one polymer only and is thermoplastic. Our largest polymer is PVC. About 60% of the processed plastic waste is rigid or soft PVC. The reaming 30% are mainly PP and HDPE but also LDPE and multiple engineering grade polymers. The plastic waste can be mixed or single-colour (black, white, grey etc.). We buy plastic scrap of the following polymers: We can process many different types of plastic waste independent of form or size. Our recycling machinery enables a flexible recycling of solid, thin-walled and powdery plastic waste.

Series 5D pressure keeping valves are used to eliminate overpressures due to operation or due to the system. It eliminates pressure peaks by relieving the system if the set pressure is exceeded. Both versions of the pressure keeping valve can be installed horizontally or vertically in any installation position, allowing for versatile use.

The 5D pressure reducing valve is used to reduce system pressures to largely constant working pressures. Due to its design it requires extremely low maintenance in applications and is therefore suitable for horizontal and vertical installation.

Our ion exchanger works according to the direct-current method, thereby making it possible to remove unwanted ions from a solution. Depending on the specific application, any carrier material can be used for filling.

The tube filter is a compact, economical and versatile filter available either as a particle filter or as a coalescence filter. It is easy to use and filter changes can be made quickly. It is fitted with an female thread and is also available with a shut-off or drain feature. In the COMPACT version, the tube filter is already equipped with integrated flexible tube connectors.

The manually operated 6Z multiport ball valve consists of two multi-port ball valves that are compactly arranged one on top of the other in a housing with two levels. There is no flow connection between the individual levels. With one switching process both media flows are synchronously distributed or collected using a common shaft. Unintentional mixing of the media flows is not possible.

The flexible tube is pushed onto the integrated connecting sleeve of the 1A flexible tube con-nector. By tightening the knurled nut, the clamping ring presses against the flexible tube and fixes it in place. The connecting sleeve for the flexible tube is nearly cylindrical. Its dimensions are calculated to prevent tube strain over 6%, even with poor tolerances. The tension produced by the low tube strain is sufficient by itself to guarantee a tight flexible tube connection up to 6 bar. The clamping ring and knurled nut secure the connection against longitudinal forces which could otherwise pull the flexible tube off the connecting sleeve. The clamping ring is designed to secure the flexible tube in place by intercepting any shear or tor-sional stresses. This allows for usage up to 10 bar*. Thanks to its elasticity, the clamping ring can be used several times in the same connector.

Our 3E inlay connector can be directly fastened to existing fittings with DIN 8063 male threads and is immediately ready for use with both flexible tubes and pipes. The inlay component of the 3E connector is manufactured as one piece with the connector integrated. This saves not only time and work, it helps to ensure that the connector is tight and thus safe to use.

The 3G glass thread apapter is used as a connecting element between the laboratory glass cylinder with GL thread and the connection for flexible tube. The connector features a rotating nut with GL thread on the one hand and a G male thread or connecting elements on the other hand. Various connection elements, flexible tubes and pipes can be fitted in this way.

3F fittings include a large number of unions such as nipples, unions, reducers and flanges in the many different variants with the familiar wide range of materials. • Nipples: with male threads • Unions: with female threads • Reducers: with different male and female threads and combinations of different thread sizes • Flanges: are used for detachable connection of pipes

The coupling can be shut off to allow for an easy and reliable connection. There is usually a risk of aggressive gases or liquids escaping during coupling operations. Supply lines can be connected and disconnected quickly and frequently with the 3K quick connector because the lock seals off the line before the coupling is undone. To connect or disconnect the coupling, simply actuate the sliding sleeve.

The 1M micro connector was developed especially for medical, pharmaceutical and analytical technology. It provides ideal connection features for PFA, silicon or Tygon® flexible tubes. The micro connector consists of a connector body with integrated conical connecting sleeve, a knurled nut for fixing the flexible tube and a slotted pressure ring. The pressure ring can be omitted for PFA flexible tubes.

The flexible tube for the connector 1D is first thermally widened and then pushed on the integrated connecting sleeve. The tube is secured in place by means of a knurled nut acting on the flexible tube. Thanks to the form-fit connection between the connecting sleeve and flexible tube, the connector has no dead volume.

The new 8C compact manifold is especially impressive for its small size. In the single-sided version it can have 2 - 5 outlets, in the double-sided version 2, 6, 8, or 10 outlets. The outlets can be designed to customer specification either with integrated connections for flexible tubes series 1+ in sizes DN04/06 or DN06/08, or with threads G1/8" or G1/4". The side endpieces (input/output) of the manifold can be sealed or fitted with G3/8" or G1/2" threads.

The nipple can be shut off to allow for an easy and reliable connection. There is usually a risk of aggressive gases or liquids escaping during coupling operations. Supply lines can be connected and disconnected quickly and frequently with the 3K quick connector because the lock seals off the line before the coupling is undone.

The electrical fine control valve makes it possible to adjust volume flows precisely via an input signal (4-20 mA) and to approach an exact spindle position. The valve can also be controlled by a 24V continuous voltage. Position feedback is implemented by a 4-20 mA output signal. With an additional adapter, the valve can also be connected via an RS-232 interface to a computer. The valves are available in 1/4" (10-200 l/h of water) and 1/2" (50-500 l/h of water).

The Tri-Clamp filter is equipped with a seal, bracket and male G-thread on both sides. They are also suitable for a variety of applications in different sizes and materials.

In the luer lock adapter 3L, a luer lock thread to DIN EN 20594-1 or ISO 594 (male or female) is combined with our connection for flexible tube 1A, connection for pipe 2M, a Tri-Clamp connection or a G, NPT or UNF male thread. A flexible tube can thus be connected, e.g., to the most commonly used disposable laboratory filters.

Our pump connection connector offers various connection options for pipes and flexible tubes for the most commonly used dosing pumps of numerous pump manufacturers. For example, diaphragm and hose pumps with an M20x1.5 male thread can be connected directly and leak-proof. The inlay component is manufactured from a single part with the connector integrated, which eliminates time-consuming welding.

The fine control valve regulates even the smallest flow rates with great precision and with linear flow rate characteristics. Different spindle types are exactly matched to the media and the flow range. Additional safety and reliability are achieved by the spindle thread outside the media flow.

The coalescence cartridge filter are compact, economical and versatile available either as a particle or as a coalescence filter. They are easy to use and filter changes can be made quickly. The cartridge filters are fitted with an internal thread and are also available with a shut-off or drain feature.

The 1+ connector consists of just two parts, the connector body and the pressure screw. The clamping ring is incorporated into the pressure screw. The thread and connecting sleeve are integrated inside in the connector body. They cannot be damaged and are thus protected against external effects. Further advantages: The connector is completely leak-proof when it is "hand-tight" and no tools are required. This significantly reduces assembly times. The pressure screw can also be tightened with a fork wrench so there is no gap between the connection and the connector body.