Blow Molding Machine for 500L- 5000L Plastic Water Barrels Floats Mechanical equipment
The key strength of floating object blow molding machines resides in the overall balance of "performance + efficiency + cost-effectiveness," rendering them highly suitable for scenarios demanding high product dependability and mass production. Unlike conventional processes, they not only enhance product quality and service life but also cut down long-term operational costs remarkably, serving as the optimal choice for floating object fabrication.
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. Accurate Molding Performance
The MOOG wall thickness control system guarantees consistent wall thickness of floats, preventing local thinning or thickening that may impair buoyancy and service life. Injection stroke, blowing duration, and other parameters can be precisely adjusted to fit various float configurations, including round, oval, and irregular-shaped float tubes.
2. High-Efficiency Production Capability
The dual-station design enables alternate production to boost operational efficiency. The bottom blowing device’s secondary lifting and expansion features are tailored for the special structural molding of floats. Automated product retrieval by a manipulator reduces manual involvement, minimizes breakage rates, and shortens the molding cycle.
3. Intelligent Control System
Equipped with Mitsubishi PLC control and a touchscreen human-machine interface, it provides real-time display of operating status and fault alerts. Parameters can be stored and retrieved on demand, facilitating quick production switches and process optimization.
4. Flexible Adaptability
Components such as the die head and blowing needle can be flexibly configured to accommodate floats of different sizes and layers. It is compatible with multiple raw materials like HDPE, meeting the float’s requirements for corrosion resistance and anti-aging performance.
Cutting-edge Tech & Stable Molding Performance: Multi-layer co-extrusion technology boosts the float’s structural strength and anti-impact capability; MOOG wall thickness control paired with a servo hydraulic system guarantees precise molding effects and a minimized defect ratio. Core parts are sourced from world-leading brands, effectively decreasing equipment breakdown incidents.
Energy-saving & Cost-effective Operation: The servo hydraulic system achieves approximately 40% energy conservation; dual-station configuration combined with automatic part picking reduces labor input and energy usage, elevating hourly production output. Aluminum alloy molds enable a shortened molding cycle, further slashing overall production expenses.
High Customization & Broad Compatibility: Machine models and molds can be tailored to float specifications (including size, capacity, and layer count). It supports a variety of raw materials, fulfilling diverse float performance demands (such as UV resistance, low-temperature tolerance, and more).
Easy Operation & Maintenance: Touchscreen control ensures straightforward operation and low training costs. Intuitive fault alert functions facilitate quick troubleshooting. Comprehensive after-sales support and timely spare parts supply ensure uninterrupted production operations.
Professionalism
Exclusively engineered for float production, the bottom-blowing configuration and expansion capability are tailored for forming the hollow and irregular structures of floats, effectively addressing the incompatibility issue associated with conventional blow molding machines.
Stability
Constructed with a heavy-duty steel frame, the machine is equipped with linear guide rail positioning to guarantee steady mold clamping and injection processes; the die head features accurate temperature regulation, enabling uniform plasticization of raw materials and delivering highly consistent quality for finished floats.
Durability
Key core parts including the screw and die head are crafted from high-strength wear-resistant alloys, boasting excellent fatigue and wear resistance. This design prolongs the overall service life of the equipment and makes it ideal for long-term non-stop production operations.
Environmental friendliness
Adopting servo energy-saving technology combined with electric heating systems, the machine cuts down on energy usage and carbon footprint significantly; meanwhile, the applicable raw materials support recycling and reprocessing, fully complying with the standards of eco-friendly green manufacturing.
Aquaculture field
This equipment caters to the aquaculture industry, manufacturing fishing nets, floats, cage buoys and aquaculture platform floats. It is well-suited for freshwater and brackish water breeding scenarios, with outstanding corrosion resistance and consistent buoyancy retention for long-term stable use.
Marine Transportation and Leisure Sector
For the marine transportation and leisure industry, it is applicable to producing yacht marina fenders, floating docks, water floating bridges and water park floating rafts. The finished products deliver superior load-bearing performance and structural stability, and adapt perfectly to fluctuating water level environments.
Marine Engineering
In the marine engineering field, it is used to make floating platforms for water operations, buoyancy components for dredging projects, eco-friendly floating islands and marine buoys. The products feature strong impact resistance and can adapt to the complicated and changeable working conditions of the marine environment.
Other fields
It also serves other application scenarios including water safety buoys and fishing detection floats. The finished products support customization of various colors and identification markings, which can fully satisfy the specific functional demands of different usage scenarios.
