Water Cooling Pelletizing Productioniie
Product Introduction:
1. The HKY parallel co-rotating twin-screw extruder serves as its core equipment, with customized configurations specifically tailored to meet the unique needs of particular customers.
2. Low equipment investment and easy to operate;
3. A wire head or a sheet head can be used.
4. Temperature-controlled water bath, particles free of bubbles;
5. Suitable for a variety of resin or polymer materials;
Typical applications:
Enhanced modification, blended alloys, filled modification, cable compounds, specialty compounds, high-concentration color masterbatches, flame-retardant masterbatches, specialty masterbatches, biodegradable masterbatches
Air-Cooling Hot-Cutting Granulation Production Line
Product Introduction:
1. Enhanced modification: PE, EVA, etc. + calcium carbonate, talc powder, titanium dioxide, carbon black
2. Biodegradable masterbatch: PE, PS, etc. + colorants, additives, etc.
3. Flame-retardant masterbatch: PE, EVA, etc. + antimony trioxide, magnesium hydroxide, aluminum hydroxide, etc.
Typical applications:
1. Enhanced modification: PE, EVA, etc. + calcium carbonate, talc powder, titanium dioxide, carbon black.
2. Biodegradable masterbatch: PE, PS, etc. + starch, additives, etc.
3. Flame-retardant masterbatch: PE, EVA, etc., antimony trioxide, ferrous hydroxide, aluminum oxide compounds, etc.
Water Ring Pelletizing Production Line
Product Introduction:
After the polymer melt is extruded through the die orifice, it is cut off by a high-speed rotating cutter. The resulting particles are flung into a cylindrical water ring formed by high-speed water injection, where they are cooled and solidified. They are then conveyed to a separator, which separates the water from the particles. Since the die head is in direct contact with water, thermal insulation measures must be employed. To prevent wear between the cutter and the die plate, the surface hardness of the die plate must be relatively high. The particle shapes can be cylindrical, checkerboard-shaped, or spherical; their length is determined by the rotational speed of the cutter, while their diameter is set by the size of the die orifice.
Typical applications:
Filler-modified materials, cable compounds, pipe materials, elastomers, color masterbatches, flame-retardant masterbatches, filler-degradable masterbatches
Underwater Granulation Production Line
Product Introduction:
A twin-screw underwater pelletizing system typically consists of a start-up valve, a die head, a die-head temperature-control system, a pelletizing cutter head, a water circulation system with associated piping and fittings, a particle dewatering machine, and a control system. The underwater pelletizing operating mode is as follows: When uniformly high-temperature molten material flows from the downstream equipment (such as a reactor, screw extruder, or melt pump) into the die head’s flow channel, it is immediately cut into droplets by the high-speed rotating blades of the pelletizing cutter as soon as it exits the die orifice. These droplets then enter the processing water. Due to the physical property of maximizing the particle’s surface area and the temperature difference between the molten polymer droplets and the processing water, the droplets solidify rapidly, forming nearly spherical particles. This “hot-cutting followed by water cooling” pelletizing method makes it particularly well-suited for processing materials that exhibit significant differences in melt strength, high viscosity, and sensitivity to heat.
Typical applications:
Thermoplastic plastics, general-purpose engineering plastics, other types, thermoplastic elastomers, and blended modified materials
KY Two-Stage Extruder
Product Introduction:
The cylinder body is machined using a machining center, with the locating pins and inner bore completed in a single operation on the machining center. The inner bore achieves a precision grade of 6, and after assembly, the concentricity error is only 0.05 mm, significantly enhancing the screw’s self-cleaning capability and reducing energy consumption.
Barrel
Product Introduction:
The cylinder body is machined using a machining center, with the locating pins and inner bore completed in a single operation on the machining center. The inner bore achieves a precision grade of 6, and after assembly, the concentricity error is only 0.05 mm, significantly enhancing the screw’s self-cleaning capability and reducing energy consumption.
Shaft
Product Introduction:
The twin-screw extruder screw is a critical component for manufacturers in industries such as food, plastics, and chemicals. The extrusion process has revolutionized product manufacturing, enabling product development not only to meet but also to exceed market demands. To achieve excellence in this process, manufacturers must leverage the advantages of high-end extrusion equipment. The twin-screw extruder screw is precisely such a product—specifically designed to deliver optimal extrusion performance.
Screw Elements
Product Introduction:
As a leading manufacturer in China, we are thrilled to introduce our latest product—the twin-screw extruder component. At our company, we are committed to producing high-quality products that incorporate cutting-edge technology while remaining competitively priced. Now, we are proud to bring our newest innovative product to the global market. We believe that the twin-screw extruder component will revolutionize the industry and significantly enhance our customers’ productivity.
Twin Screw Extruder Gearbox
Product Introduction:
When selecting a reliable and cost-effective supplier of industrial manufacturing equipment, several key factors need to be considered, such as performance, efficiency, durability, and ease of maintenance. These factors are particularly important for twin-screw extruder gearboxes, as they are critical components in many industrial plastic extrusion processes.
Heater
Product Introduction:
As a manufacturer based in China, we’re proud to introduce our latest product—the twin-screw extruder heater. This state-of-the-art product is designed to elevate your manufacturing processes to a whole new level, thanks to its advanced features and highly efficient performance. Drawing on years of industry experience and expertise, our product delivers reliable and consistent performance, making it the perfect addition to your manufacturing facility.
Electronic Control System
Product Introduction:
▪ Frame-structured control cabinet
▪ Imported brand-controlled components, imported temperature control system
▪ Imported drive system
▪ Interlocking, intercontrol, multi-channel protection
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