Supply 125L HDPE Blow Moulding Machines Water Tank Molding Equipment
This equipment is applicable to processing PE, HDPE, PP, PVC and other plastic materials, enabling the production of plastic containers and bottles in a wide range of shapes with a maximum volume of 25L.
Featuring a double-station single die head structure, it delivers stable running performance and high production efficiency.
The majority of key components of this blow moulding machine are sourced from well-known international brands.
It adopts a fully automated operating process with low energy consumption, outstanding working efficiency, safe and rapid operation, as well as convenient maintenance.
The 125L Three-layer Blow Molding Machine is independently manufactured by Weifang Xinhengda Machine Co., Ltd. As a fully automated plastic blow molding device, it complies with the specifications of GB13508-92 and SN04499.2-95 standards. Primarily engineered for processing HDPE (High-Density Polyethylene) raw materials, this machine comes with a standard weight configuration. It integrates cutting-edge production techniques and premium components to achieve highly efficient and stable fabrication of large-volume plastic products.
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Working Condition Items
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Specifications
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Working Environment
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Indoor workshop with good ventilation; away from magnetic field
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Bridge Crane Height
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≥7m
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Plant Foundation
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Concrete ≥18cm
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Humidity Degree
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≤90%
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Indoor Temperature
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0-45℃
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Power Source
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3-phase 5 wires, 50Hz, 380V-415V
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Cooling Water
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Water temperature ≤20℃; Water pressure ≥0.3Mpa; Water consumption 50T/H
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Air Source
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Air source pressure 0.8Mpa; Air pressure for product forming 0.2-0.65Mpa
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Raw Material
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HDPE/HMW-HDPE (High-Density Polyethylene)
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Equipment Overview
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No.
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Item
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Specifications (Three Layers)
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1
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Extruder
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90/100/90MM; Screw L/D 33:1; Screw & Barrel Material: 38CrMoAl
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2
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Machine Die Head
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25L accumulator type die head
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3
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Clamping Unit
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3 pieces type clamping unit with 2 pull bars; Clamping Force: 1200KN; Platen Size: H1300 x W1500; Daylight Between Platens: 800-2400MM
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4
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Machine Frame
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Machine frame with elevator
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5
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Material Loader
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Two Spring feeding machine or air feeding machine
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6
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Blow Unit
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Multifunction blow seat
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7
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Robot
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Adjustable robot
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8
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Hydraulic System
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Delta servo main hydraulic unit and Wall thickness control small hydraulic unit
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9
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Pneumatic System
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Xinhengda pneumatic control system; Pneumatic Valve: SNTC & AIRTAC; Valve Size: 40
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10
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Electric System
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Siemens PLC electric system; Touch screen: Proface Japan; Multi-language interface available
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11
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Machine Power
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Total load 229.5 kw; Average consumption 125kw
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12
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Machine Dimension (L x W x H)
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8*3.5*5 (m)
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13
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Machine Weight
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32TON
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14
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Product Range
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120-250L Drum
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15
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Melting Capacity
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400 KGS / Hour
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16
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Product Layers
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1 to 3 layers
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Output & Price Related
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Item
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Specifications
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Output
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＞22 pieces/hour/set
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Machine Model
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XHD220L Blow moulding machine (Three layers)
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Standard Configuration
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Including hydraulic servo system; Extruder can be upgraded to servo motor (saving 10% energy)
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Price Term
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Based on FOB Qingdao
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1.Fitted with the MOOG 100-point parison thickness control system, it ensures consistent product wall thickness while enabling extensive adjustment of finished tank weight.
2.The fully automated production workflow covers automatic material feeding, blow molding operation, and robotic arm-based product retrieval in a seamless sequence.
3.Adopts a motor frequency control mechanism to achieve stepless speed regulation, guaranteeing smooth and steady equipment operation.
4.Boasts a multi-layer co-extrusion capability, which satisfies the diverse performance criteria of various plastic products.
5.Features intelligent temperature regulation with a time-sharing stepwise heating mode, realizing staged and sequential heating of the die head and screw components.
6.Comes with a standalone pneumatic unit that integrates pneumatic control valves and blow/exhaust valves, facilitating straightforward maintenance and upkeep.
1.High-precision Control Configuration: Wall thickness is regulated by the MOOG servo valve to ensure consistent product thickness; the Siemens PLC control system enables accurate and reliable oversight of the entire production cycle.
2.Robust & Long-lasting Structure: The clamping unit adopts a 3-piece design paired with 2 pull bars; it is equipped with a cast steel lifting frame, as well as 45# steel and A3 steel clamping plates, which ensure structural stability and extended service life.
3.Cutting-edge Heating System: The extruder is fitted with cast aluminum heating rings (costing twice as much as ceramic alternatives); the die head uses high-efficiency ceramic heating rings; the system incorporates 21 heating zones with a combined total heating power of 48KW.
4.Versatile Accessory Set: The five-in-one blow seat supports air blowing/exhausting, material sealing, material stretching, lifting and horizontal adjustment functions; the four-functional robot is capable of forward/backward movement, clamping/opening, cooling and height adjustment.
5.Rigorous Quality Assurance: Every unit undergoes a series of parameter verification tests prior to factory delivery, fully conforming to relevant national and industry standards.
6.Strong Production Flexibility: The machine is suitable for manufacturing 120–250L drum products; it is compatible with a variety of molds including open-top L-ring molds, double L-ring molds and water tank molds.
Application Scenarios
The 220L Three-layer Blow Molding Machine is primarily engineered for manufacturing 120–250L large-volume plastic drums and tanks, with its end products widely utilized across the following sectors:
1.Chemical Industry: Packaging of chemical agents, lubricating oils, paints, coatings, resins and other related products.
2.Food & Beverage Industry: Storage and transit of edible oils, fruit juices, beverage base materials and similar substances.
3.Pharmaceutical Industry: Packaging of pharmaceutical intermediates and medical reagents (in full compliance with corresponding hygiene criteria).
4.Agriculture: Packaging of pesticides, fertilizers, agrochemicals and other agricultural supplies.
5.Daily Necessities: Fabrication of large-capacity water storage tanks and daily-use storage barrels.
6.Industrial Storage: Preservation of industrial water, lubricants, mechanical spare parts and other industrial supplies.
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