Multi Layer Hot Press Machine Foam Board Pressing Machine 120T

Air Conditioning Foam Board Car Compartment Board Multi-layer Hot Press Machine

Product Description:

The air conditioning foam board hot press machine is a high-performance composite equipment designed for manufacturing insulation structural boards. It integrates three major functions: hot pressing curing, foaming molding, and laminating molding, achieving an efficient process of "one-time molding, multi-layer composite". Place pre cut metal panels (such as color coated sheets, galvanized sheets) and intermediate foam materials (usually polyurethane PU or polystyrene EPS premix) between hot pressing molds or pressure plates. Some processes may also add flame retardant layers, sound insulation layers, or reinforcing ribs. It can be kept at constant temperature and pressure for a certain time (adjustable for 1 – 30 minutes), so that the foam can be fully crosslinked and cured. At the same time, the panel can be strongly bonded with the foam layer to form a composite panel with high strength, lightweight and excellent thermal insulation performance.

Superior production capacity
Say goodbye to the dilemma of traditional hot press machines that rely on waiting for curing and efficiency lagging behind! The device is equipped with a dual zone intelligent temperature control system, achieving seamless integration of the entire process of "heating pressure curing". Whether it's the foam curing of air conditioning foam boards, interlayer bonding of composite boards, or dense shaping of cabin boards,with efficiency far exceeding traditional equipment.
Safety without negligence
Safety and compliance are prerequisites for production profitability! We strictly follow the requirements of CE certification and new environmental regulations, and build a dual security system of "hardware protection+intelligent warning". The equipment is equipped with triple overpressure protection (mechanical+electronic+software) and an automatic power-off system for oil temperature overheating. When the pressure exceeds the standard or the oil temperature is abnormal, the power source is instantly cut off and the thermal pressure chamber is locked to prevent equipment damage and work-related accidents; The electrical system adopts explosion-proof design and multiple leakage protection to avoid circuit risks from the source.
Scope of application
As a targeted optimization hot pressing equipment, its adaptability covers three core boards and diverse production scenarios, fully matching the mainstream processing needs of the market；
Air conditioning foam board: precise control of foam curing rate to avoid uneven foam pores and surface depressions, suitable for the production of insulation layers for household/commercial air conditioning and cold chain equipment;
For carriage board applications, the combination of uniform pressure distribution and controlled temperature curing promotes complete adhesion between the core material and surface panels. This results in laminated structures with significantly enhanced impact resistance, meeting the demanding lightweight and durability requirements for commercial transportation vehicles including cold-chain carriers, freight trucks, and recreational vehicle compartments. The manufacturing process ensures consistent material bonding while maintaining structural integrity throughout the panel surface.
Composite board: compatible with processing of wood plastic composite board, aluminum-plastic composite board, etc., with interlayer bonding strength reaching the industry's first level standard, no delamination or bubble problems, suitable for fields such as building decoration and furniture manufacturing.
Maintenance and Repair
Equipped with an intelligent fault diagnosis system, problems such as aging heating tubes and abnormal pressure sensors will prompt solutions in real-time, and daily maintenance is minimal,the sealed hydraulic system only needs to replace hydraulic oil once a year, and vulnerable components such as heating tubes and sealing rings use standardized interfaces for easy disassembly and replacement, with lower maintenance costs compared to traditional equipment.

Machine parameters