Forming Workshop

Wet isostatic pressing is a type of cold isostatic pressing (CIP), mainly used for omnidirectional uniform densification of complex -shaped ceramic green bodies.Utilizes water medium to transmit ultra-high pressure (50-300Mp),eliminating powder stratification and density gradients, ensuring density uniformity>99.8%for large components(e.g.,nuclear reactor sealing rings).

Wet isostatic pressing (IIP) is a key equipment in the production of high-end structural and functional ceramics. It is one of the most efficient and reliable methods for producing high-performance, high-reliability, and complex-shaped advanced ceramic parts. Examples include ceramic cutting tools, ceramic substrates, high-strength insulators, wear-resistant liners, sealing rings, ceramic bushings, ceramic components for semiconductor devices, and sensor and transducer elements.

Used for precision molding of ceramic components with complex microstructures.Features screw  homogenization feeding and vacuum mold cavaties to eliminate bubbles, meeting the molding requirements for microporous structrues like fiber optic connectors and implantable sensors.

Ceramic injection molding is a near-net-shape process that integrates injection molding technology from the plastics industry with powder metallurgy techniques. It is particularly suitable for the large-scale, high-precision, and complex-shaped production of small ceramic parts.

Specifically designed for high-speed forming  of large batches of geometrically simple green bodies.Single cycle compression<15seconds .Integrated multi-stage upper punch system allows for customized gradient density structures(e.g.,piezoelectric ceramic transducers).Capacity reaches 5000 pieces per shift.

Achieves near-net-shape precision forming of ceramic green bodies. Employ  elastic mold flexible pressure application for dimensional tolerance control. Suitable for thin-walled structures like multi-layer semiconductor ceramic substrates. Green body strength>30MPa.