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Single Screw Underwater Pelletizing Extrusion Line | CK-S
Categories : Single Screw Extruders
CYKF CK-S series Single Screw Underwater Pelletizing Extrusion Line can be applied to a wide range of applications. It is especially suitable for materials with high viscosity, low MI, and difficulty to be shaped, e.g., TPE and TPR. Possible materials : TPU, TPE, TPV, TPR, PP, PS, PLA, PVA, SEBS, EVA, Rubber, Hot-melt adhesive, Special resin, and Micro pellet, etc.
Co-rotating Twin Screw Underwater Pelletizing Compounding Line | CK-HT
Categories : Twin Screw Extruders
CK-HT series Co-rotating Twin Screw Underwater Pelletizing Compounding Extrusion Line is designed especially for compounding materials with high viscosity, low MI, or difficulty to be shaped. The extrusion line can be applied to a wide range of materials and applications. Possible materials: TPU, TPE, TPV, TPR, PP, PS, PLA, PVA, SEBS, EVA, Rubber, Hot-melt adhesive, Special resin, and Micro pellet, etc.
Foam Grades
Categories : TPE (Thermoplastic Elastomer)
Can replace foaming materials such as EVA, TAFMER, Engage, and EPDM. Used for EVA modification to achieve superior elasticity and anti-slip properties. Suitable for compression molding and injection foaming. Made of SEBS material.
SE series
Categories : TPE (Thermoplastic Elastomer)
Used for weather-resistant products such as ultra-soft transparent insoles, soda cap gaskets, bicycle grips, and snow boots; made of hydrogenated SEBS material.
PL series
Categories : TPE (Thermoplastic Elastomer)
It can be used with general-purpose plastic materials such as PP, PE, PS, ABS, Nylon, and PC, and is a hydrogenated SEBS material.
GP series
Categories : TPE (Thermoplastic Elastomer)
General purpose, widely used in general products, is a blend of SEBS and SBS materials.
T-Shirt Bag Making Line (JIT-55)
Categories : Bag Making Machine by Applications
The JIT-55 is the mono-layer semi-automatic type in JANDI'S JIT T-shirt bag making line. A JIT line links blown film extrusion, flexographic printing and bag making into one in-line process: resin goes in at one end and printed, heat-cut T-shirt bags come out at the other, without film rolls being stored and re-handled between steps. The line is specified for biodegradable material as well as HDPE resin with filler.The in-line flexographic printer runs water-based and solvent-based inks, a bobbin change unit allows non-stop operation, and a waste recovery unit returns the die-cut scrap to the line. Compared with the two-colour full-automatic type in the same series, the JIT-55 is the semi-automatic configuration; bag size, motor size and roller width are listed in the specification table below.Type: T-shirt bag making line, in-line blown film, printing and bag makingConfiguration: mono-layer semi-automatic typeModel: JIT-55Material: biodegradable material, HDPE resin, fillerIn-line flexographic printer for water-based and solvent-based inksBobbin change unit for non-stop operationHeat-cutting type bag sealing unitWaste recovery unit for on-line reuse of die-cut scrap
High Speed 3 Lines T-Shirt Bag Making Machine With Hot Slitting and Side Gusseting Unit
Categories : Plastic Bag Making Machines
The MGA-TS-360-G3 is Ming Jilee's high speed 3-line T-shirt bag making machine, built with a hot slitting station and a side gusseting unit so all three lanes cut, seal and gusset bags in one synchronized pass.It handles bag lengths of 350 - 650 mm and bag widths of 160 - 365 mm, running film at 0.008 - 0.05 mm thickness / layer at 160-220 cycles/min/line per lane, powered by an 8 kw heater on a 220V, 3Phases, 50 / 60 HZ, 25KVA supply. The machine has a footprint of 972 x 225 x 212 cm at a net weight of 5,000 kg.Model: MGA-TS-360-G3Bag length: 350 - 650 mmBag width: 160 - 365 mmBag thickness / layer: 0.008 - 0.05 mmSpeed / cycle / min / line: 160-220Heater: 8 kwPower: 220V, 3Phases, 50 / 60 HZ, 25KVADimensions (L x W x H): 972 x 225 x 212 cmNet weight: 5,000 kg
Slitting & Rewinding Machine
Categories : Plastic Bag Making Machines
The BJL-B600 is Ming Jilee's slitting and rewinding machine for bag converting operations. It processes CPP, paper, and BOPP substrates, slitting to widths from 12 - 600 mm for downstream converting.Slitting and rewinding output ranges from 0 - 120 M/min, giving operators flexibility to set speed according to substrate type and roll size. The machine has a footprint of 1,100 (L) x 2,300 (W) x 1,300 (H) mm.Model: BJL-B600Feed material: CPP, Paper, BOPPSize: 12 - 600 mmOutput: 0 - 120 M/minMachine dimension: 1,100 (L) x 2,300 (W) x 1,300 (H) mm
Shredder-granulator Combo-GCV Series
Categories : Crushing, Shredding & Granulating Equipment
Shredder-granulator Combo GCV series machine is a set of shredding and granulating integrated processing equipment, widely used in a variety of plastic materials. The upper space of the equipment is set as the shredding area, which adopts the structure of closely arranged small-blade- rotor-shaft, and is equipped with the forced feeding mechanism of the space is provided with a crushing area, and the structure of the rotor shaft and the feeding mode can be determined according to different materials, characteristics and output of the crushed objects. The shredded and crushed materials do not need any conveying equipments. The machine has more compact structure, using less footprint, which has an outstanding cost performance.
Twin-Cone High Speed Pelletizing Machine-Die-Face Cutting
Categories : Pelletizing & Compounding Lines
Process Rubber/Plastic mixed material, EVA, TPR, PVC, CaCO3, PVB, PU, TPU compounding, various kinds of masterbatches pelletizing High capacity Low electricity usage Easy to clean and change materials Knead well Die-face cutting Adequate kneading
Rigid Plastics Recycling System
Categories : Recycling Lines by Application
1.Boretech Rigid Plastic Recycling System can process a wide variety of plastic, with process design proven over the years. With a hot chemical washing module, the washing line can achieve better and more consistent quality for the end product. 2.The entire washing line can be equipped with a DCS system and PLC control to minimize the usage of manpower. 3.The washing line is also designed with a chemical water circulation system and an online rinse water circulation system to reduce carbon footprint. 4.The washing line has a one-button start and stops design that makes it much easier on operation and maintenance.
