Composite hot presses

Aerospace: aircraft wing skin, hatch, satellite bracket (lightweight, high strength).
Automotive industry: new energy vehicle battery pack shell, body structure parts (such as BMW i3 carbon fiber frame).
Wind power energy: blade beam, shell (fiberglass/epoxy resin, fatigue resistance required).
Electronic and electrical appliances: 5G base station radome, chip packaging shell (low dielectric loss, high dimensional stability).
Rail transportation: high-speed rail interior parts, bogie parts (lightweight + flame retardant requirements).

Equipment Advantages
High-performance molding: Through precise temperature and pressure control, optimal infiltration of fibers and resin is achieved, and the strength of the products can be 5-10 times that of steel (the density is only 1/4).
Process Flexibility: Supports a variety of molding processes (e.g., hot press tank alternative, molding, laminated molding), adapting to different material systems.
Efficiency Improvement: Automation configuration can significantly shorten the production cycle (e.g., hot press can take several hours, hot press can realize several minutes of molding).

We offer comprehensive after-sales services, including installation, commissioning, and operation training; providing hydraulic press user manuals to facilitate user learning on how to operate and maintain the hydraulic press.

We offer a full range of hydraulic press equipment, with numerous mature design solutions and successful customer cases. Custom services are also available, providing forming molds and corresponding production line equipment, offering one-stop service. Welcome to consult with us.