Isostatic molding dies with high resilience, fatigue resistance, low deformation rate, and easy demolding are used for the compression of ceramic green bodies, graphite products, hard metal alloys, and other non-standard powder molds in both dry and wet isostatic presses.

High molding accuracy and smooth surface. The mold itself has an extremely smooth and dense surface, resulting in a product with a smooth finish, attractive appearance, minimal post-processing, and cost savings.

Molds are easy to shape, and the cost and efficiency are high when making molds for non-standard parts. High polymer materials are in liquid form before being turned into molds, allowing for the creation of molds in various shapes, with low mold-making costs and a short production cycle.

High mold resilience, low deformation, resistance to aging, long service life, and reduced production costs. The antioxidant and aging resistance of high polymer materials significantly exceed those of traditional isostatic rubber molds, ensuring no deformation during continuous use and preventing the rubber-like aging and sticky phenomenon. Resistant to oil and chemicals, with a wide application range, suitable for various working conditions.