500L 1000L 2000L 3000L 5000L Plastic Water tank Barrel Float Blow Molding Machine
The core advantage of floating object blow molding machines lies in the comprehensive balance of "performance + efficiency + cost," making them particularly suitable for scenarios with high requirements for product reliability and large-scale production. Compared to traditional processes, they not only improve product quality and lifespan but also significantly reduce long-term operating costs, making them the preferred solution for floating object manufacturing.
Key attributes
video outgoing-inspection
mold platen size(width)(mm)
mold platen size(height)(mm)
die head heating power(kw)
After-sales Service Provided1
Field installation, commissioning and training
After-sales Service Provided2
Engineers available to service machinery overseas
1.Precise forming function: MOOG wall thickness control system ensures uniform wall thickness of the float, avoiding local thinning or thickening that could affect buoyancy and durability; injection stroke, blowing time, etc. can be precisely set to suit different float shapes (such as round, oval, and irregular-shaped float tubes).
2.High-efficiency production function: The dual-station model can alternate production to enhance efficiency; the secondary lifting and expansion functions of the bottom blowing device are suitable for the special structure forming of floats; the mechanical hand automatically retrieves the products, reducing manual intervention, lowering the breakage rate, and shortening the forming cycle.
3.Intelligent control function: Mitsubishi PLC control + touch screen human-machine interface, real-time display of operating status and fault alarms; parameters can be stored and called, facilitating production changeovers and process optimization.
4.Flexible adaptation function: The die head, blowing needle, etc. can be flexibly configured to suit different sizes and layers of floats; it can be compatible with multiple raw materials such as HDPE, meeting the requirements of float corrosion resistance and anti-aging.
1.Leading-edge technology & steady molding performance: The multi-layer co-extrusion process enhances the float’s structural robustness and impact resistance; the integrated MOOG wall thickness control and servo hydraulic system ensure premium molding precision and a minimized defect ratio; core components are procured from world-famous brands, effectively reducing equipment failure risks and unplanned downtime.
2.Energy-efficient configuration & cost optimization capability: The high-performance servo hydraulic system achieves around 40% energy savings; dual-station setup combined with automatic part extraction lowers labor intensity and energy consumption while increasing per-unit-time production capacity; aluminum alloy molds shorten the molding cycle, further cutting down the overall production costs.
3.Superior customizability & extensive material compatibility: Machine models and molds can be fully customized to fit specific float parameters (including size, volume, and layer quantity); the equipment is adaptable to a variety of raw materials, fulfilling diverse performance requirements of floats like UV resistance and low-temperature tolerance.
4.User-friendly operation & convenient maintenance: The intuitive touchscreen interface allows for quick mastery and reduces operator training costs; clear fault alarm functions enable fast and efficient troubleshooting; the comprehensive after-sales service, coupled with timely spare parts supply, ensures uninterrupted production operations.
Professionalism Tailor-made for float manufacturing, this machine adopts a bottom-blowing configuration paired with an expansion capability, which is engineered to shape the hollow and irregular structures of floats. This specialized design effectively addresses the incompatibility issues that arise when using standard blow molding equipment for float production.
Stability Constructed with a robust heavy-duty steel frame and equipped with linear guide rail systems, the machine guarantees steady mold clamping and injection movements. Meanwhile, its die head features accurate temperature regulation, which ensures uniform plasticization of raw materials, thus delivering consistent high-quality float products.
Durability Key components including the screw and die head are crafted from high-strength wear-resistant alloys, boasting excellent fatigue and abrasion resistance. This premium component design not only prolongs the overall service life of the equipment but also makes it ideal for round-the-clock continuous production operations.
Environmental friendliness Integrating servo energy-saving technology and electric heating systems, the machine cuts down on energy usage and carbon footprint significantly. In addition, it supports the utilization of recycled raw materials, fully complying with the stringent criteria of eco-friendly manufacturing practices.
Aquaculture field: Produces fishing nets, floats, net cage buoys, and aquaculture platform floats, suitable for freshwater/brackish water farming, corrosion-resistant, and maintains stable buoyancy.
Marine Transportation and Leisure Sector: Used for yacht marina fenders, floating docks, waterborne floating bridges, and aquatic amusement park rafts, offering excellent load-bearing capacity and stability, suitable for varying water level conditions.
Marine Engineering: Manufacturing floating platforms for water operations, dredging project buoyancy bodies, environmental protection floating islands, and buoys, featuring impact resistance and adaptability to complex marine working conditions.
Other fields: such as water safety buoys and fishing detection floats, can be customized with different colors and markings to meet specific functional requirements.
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