Composite material hydraulic press
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WCM·Wet-Press Molding
High Precision and High Performance: It can produce parts with minimal dimensional deviations and relatively simple geometries (2D/2.5D), meeting stringent precision requirements; the resulting components exhibit high density and excellent mechanical properties—such as high strength and corrosion resistance—making them suitable for demanding applications in industries like automotive and aerospace.
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Flat vulcanizing press
This series of vulcanizing presses is the primary molding equipment for both molded and non‑molded rubber products, featuring a simple structure, high pressure, broad applicability, and high efficiency. It can also be used for compression molding of thermosetting plastics, foams, resins, bakelite, thin metals, building materials, and other molded products. Equipped with an imported PLC control system, it delivers sensitive and reliable operation. -
Yz71 Composite Material Molding Hydraulic Press
Hydraulic presses for composite molding are primarily used for compression molding of composite materials; frame-type structures are recommended for high-precision products. -
SMC Composite Molding Hydraulic Press
The SMC composite molding hydraulic press is primarily designed for compression molding of SMC materials; frame‑type structures are recommended for high‑precision applications.
The machine is used in industries such as automotive (bumpers, underbody panels, etc.), aerospace, rail transit (interior components for railway vehicles, high-speed trains, and bullet trains), as well as home furnishings, electrical equipment, sanitary ware, environmental protection facilities, and medical devices. -
PCM·Hydraulic Press for Composite Material Molding
The PCM molding hydraulic press is primarily used for compression molding of prepregs.
The machine is widely employed in industries such as automotive (bumpers, underbody panels, battery housings), aerospace, electrical, and energy. -
HP-RTM Composite Molding Hydraulic Press
HP-RTM molding is one of the composite‑material forming processes widely used across numerous industries. Compared with conventional RTM, it offers advantages such as lower cost, shorter cycle times, high‑volume production, and superior part surface quality. It finds applications in automotive manufacturing, shipbuilding, aircraft construction, agricultural machinery, rail transport, wind power generation, sporting goods, and many other sectors.
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SQRTM·Resin Transfer Molding of Equivalent Quality
High Precision and Efficient Filling: The servo‑hydraulic system supports multi‑stage pressure/speed control, and when paired with high‑precision molds (tolerance ±0.1 mm), it delivers precise part dimensions, excellent stability, and superior surface finish. -
LFI·Long Fiber Reinforced Injection Molding
High Strength and Lightweight Advantages: Long fibers (5–25 mm) are uniformly dispersed within the matrix (polyurethane/epoxy resin), enhancing the product’s impact resistance and flexural strength by 30%–50%, making it suitable for dynamic loading applications. Fiber content is adjustable (20%–60%), with a low density (1.2–1.8 g/cm³), enabling structural weight reduction—up to 40% lighter than comparable metal components. -
PEEK·Polyether Ether Ketone Compression Molding
Precise high-temperature and high-pressure control The molding temperature must reach 343–353°C (the melting point of PEEK), with long-term thermal stability to ensure complete melting and crystallization of the material. The hydraulic system offers a wide pressure range (20–100 MPa) and multi‑stage pressure adjustment, accommodating the forming requirements of parts with varying thicknesses and complexities....
