Using porous resin mold technology requires less manpower, less time and much less physical space than traditional slip casting. Our porous resin helps customers to be competitive because it offers efficiency and quality at a competitive price. Traditional slip casting enables you to manufacture 2 end-products with 1 mold per day, while such number increases up to 24 products per day with 1 porous resin mold with the high-pressure casting system.
Since the high-pressure casting system offers a more efficient production process than the traditional slip casting method, customers will be able to manage the production process in less time with less employees and less space. In addition, the lifecycle of porous resin molds is significantly longer than those of the traditional casting method and the ideal solution for large scale production.
Just as the porous resin product provides advantages in your production process, Castimo has the advantage of offering high quality porous resin at a competitive price. It maintains price-quality performance in direct proportion with product quality to satisfy its customers. Castimo continues to make a difference with its technical support pre and after sales.
Castimo continues to renew itself daily by making use of its long years of industry experience to improve the sector and create more efficient production standards.
Please contact us for realizing this privilege. Let’s evaluate our suggestions according to your needs together.
Defined pore structure with a mean pore radius of 12-15 (small pores) and a narrow arrangement of the pores (MICRO)
Working pressure
5-30 bar
Mean pore radius
12-15 micron
Porosity
25-30 %
Flexural strength
20-23 N /mm2
Compressive resistance
44-47 N /mm2
Flow rate
12-15 l/min
Shrinkage
approx. 0,2%
It has a medium/large pore structure along with a pore structure with a diameter of 16-19 microns.
Working pressure
5-30 bar
Mean pore radius
16-19 micron
Porosity
25-30 %
Flexural strength
20-23 N /mm2
Compressive resistance
44-47 N /mm2
Flow rate
16-21 I/min
Shrinkage
approx. 0,2%