Plastic granulate drying - Import export

Efficient, accurate material drying is a crucial element in the processing of engineering plastics to ensure impeccable product quality. The fully-insulated LUXOR CA S compressed air dryers provide a cost-effective solution for highly efficient continuous drying of all types of plastic granulate with material throughputs up to 25 kg/h. Dryers can be mounted directly on the throat of the processing machine or on an adjacent support frame.

Injection moulders for making very small parts are faced with the unique challenge of being able to dry just the right amount of material for their process. Operating in extremely critical production conditions, these smaller throughputs can present considerable problems. It is important to scale the drying to the size of the moulding machine. The LUXOR CA S 0.75 to 5 range of compressed air micro dryers is specifically designed for small material throughputs. The range comprises of a modular line of correctly sized drying equipment to help moulders meet the small tolerances without waste or contamination. These small dryers take factory supplied compressed air which is expanded to atmospheric pressure. This produces dry process air with a very low dew-point which is then heated to the required drying temperature. No desiccant is required.

LUXOR A series dryers with ETA-process® and ETA plus® energy saving technology are specifically designed for supplying dried plastic granulate for many different plastics processing applications. They have either two or three fully insulated stationary desiccant beds with separate process and regeneration blowers which provide consistently low dew-point air to the process, while reducing energy consumption. The advanced LUXOR A series consists of ten models with drying capacities from 80 to 2400 m3/h. Each advanced system dryer can be flexibly combined with all LUXORBIN A drying bins from 15 to 2400 litres. In addition, motan offers a range of extra-large drying bins with volumes from 3,000 to 13,000 litres. These are also available with gas heating. All motan system drying bins are made of stainless steel, are completely insulated, and have individual heating as well as temperature control.

LUXOR S dryers operate at maximum efficiency and with minimum operating maintenance. The opportunity to have multiple material bins connected to one dry air generator provides our customers with maximum flexibility and no interruption to production. Drying can continue while material is changed in any one bin, minimising loss of valuable production time during material changes. The compact LUXOR S series consists of five models with drying capacities from 40 to 160 m3/h. Each dry air generator can be flexibly combined with a combination of drying bins ranging in size from 15 to 600 litres.

The COMPACT swift dryers are designed with flexibility in mind. They offer an integrated solution, combining the drying and conveying of the raw material in one unit. The dryers are available in two versions and are each equipped with one drying bin of the size 80 or 150 litres and up to 2 hopper loaders with a capacity of 4 litres each. The COMPACT swift A dryer is provided with advanced functions such as dew point control and dry air conveying function with line purging. Thanks to a modern 7-inch colour display with touch screen, all conveying and drying functions can be shown and monitored in a user-friendly way. 16 user languages can easily be selected.

Both the LUXOR E A and LUXOR EM A dryers with optional ETA plus® energy saving technology are specifically designed to supply consistently low dew-point air to one drying bin, while reducing energy consumption. The LUXOR E A dryer is designed for use with existing conveying systems or hopper loaders. Whereas the LUXOR EM A offers a machine dedicated solution with integrated dry air conveying for up to two processing machines and the drying bin. There are three sizes with drying bin capacities of 60, 100 and 150 litres. The LUXORnet controls utilise modern, flexible BUS-technology. As standard, the colour touch control manages the dry air generator, one drying bin and with the EM version, material conveying to one drying bin and two processing machines. The integration of dry-air conveying and material proportioning provides maximum flexibility and productivity.

Efficient, accurate material drying is a crucial element in the processing of engineering plastics to ensure impeccable product quality. LUXOR CA A series compressed air dryers with ETA­-process® and ETA plus® energy saving technology are specifically designed for supplying dried plastic granulate for many different plastics processing applications, with material throughputs up to 20 kg/h. Dryers can be mounted directly on the throat of the processing machine or on an adjacent support frame.

The new LUXOR swift 250 dry air generator offers the ideal price-performance ratio for standard applications in the drying of granulate. The LUXOR swift 250 has a dry air capacity of 250 m³/h. The dry air generator can either be operated with a single drying bin or combined with multiple preconfigured drying bins in your plant. The drying bins are available from 100l to 900l sizes. This gives you the maximum possible flexibility and an uninterrupted production flow. For more energy efficient drying, additional functions such as dew point control or return air cooling can be added. Versatile use Different drying bin sizes for different applications Thanks to motan’s automatic air regulation the drying process can be optimized. Different sizes of drying bins with integrated heating allow a wide range of applications with proven motan drying technology.

LUXOR HD hot air dryers offer the most effective way of conditioning moderately hygroscopic plastic granules for processing and removal of surface moisture. Pre-heating of raw materials stabilises the production parameters and reduces processing energy costs. motan‘s fully insulated LUXOR HD hot air dryers cover a performance range from 7 to 1100 kg per hour. The dryers can either be mounted directly on the throat of the processing machine (up to 150l) or on a support frame beside the machine.

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Inflatable Molding (large volume containers for chemicals, bins for kerosene, large-volume toys. Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Inflatable Molding (large volume containers for chemicals, bins for kerosene, large-volume toys. Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Film extrusion (production of film for general purpose and display packaging) Film extrusion (heavy-duty bag, film for construction and industrial applications), wire and cable coating (Teflon, power, high signal and frequency cables), blow-up coating (detergent bottle, container for large volume and corrosive chemicals). Pipe extrusion (various pipes)

In various categories based on polyethylene density and chemical properties classified. Mechanical properties, molecular weight, crystal structure and branching It depends on the type. . HDPE (High Density PE) . LDPE (Low Density PE) Film extrusion (production of film for general purpose and display packaging) Film extrusion (heavy-duty bag, film for construction and industrial applications), wire and cable coating (Teflon, power, high signal and frequency cables), blow-up coating (detergent bottle, container for large volume and corrosive chemicals). Pipe extrusion (various pipes)

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

Propylene, plastic table, chair production, plastic kitchenware production, ring production, automotive industry, plastic case production, construction industry (insulation, crochet, mat, conical foot etc.), bucket, It is used in flower pot and various toy industry. Monomer of propylene Polypropylene obtained by polymerizing chemical solvents It is extremely resistant to (acids and bases). Natural, milk white and colored we have varieties available. Coloring is done on request.

Colour masterbatches These are used for colouring plastic products. Additive masterbatches They ensure certain properties of the end products, such as UV stabilization, flame retardancy, antistatic properties or antiblocking. Combination masterbatches Contains both colorants and additives.

Black Granules

Dry, round, dust-free and free flowing shot sleeve- and plunger lubricant Type Wax with a micro-milled graphite content of 18 - 20 % Appearence black, round Sizes 0,5 - 1,0 mm 1,0 - 1,6 mm 1,6 - 2,0 mm Properties and Advantages • approved on all sizes of plungers • anti-static and dust-free • instant melting • capillary action guarantees optimal lubrication • minimal dosing is highly recommended • reliable and precise dosing is guaranteed when using Tribo-Chemie Beads Dispenser 3D

Fatra, a.s. – the traditional plastic processing company in the Czech Republic – expanded its production facilities in 2015 by processing internal and external plastic waste on a new re-granulating line. We offer polyolefin re-granulates produced on modern re-granulating lines, plastic waste processing from PP, PE, PP/PE, EVAC materials, and plastic waste buyout.

PVC granulate is a semi-product designed for further industrial processing (extrusion / co-extrusion, injection, moulding, coating). It is made from mixtures of plasticized / non-plasticized polyvinylchloride and respective admixtures according to final use requirements.

LDPE is the name of the product we produce. Polyethylene is a thermoplastic used in a wide range of products. It has a flexible structure. Chemical resistance is very good, therefore very preferred in the field of coating and protection. Good protection against heat and moisture. The insulating layer of coatings, tubes, cables is an example of their application.

PP passes through the extruder after passing through the washing lines of the polypropylene plastic scraps collected from the manufacturing.

Clean factory waste nylons are "meticulously" sorted, separated, cleaned, crushed and filtered in the Granule Machine melt filter, then cooled, cut with a Macaroni Cutting Machine, and stored in the temporary stock area after bagging.