CERMET has key production experience throughout PIM manufacturing.
Customised Delivery
The prediction of product quality and its precise assessment comes from more than ten years of experience in the original production of CERMET.
Wide Compatibility
Customized Feedstock Solutions for Stable, Scalable Ceramic Manufacturing.We Only Do Feedstock — We Do It All
Stable Production
With decades of experience in injection molding applications, our feedstocks support both large-scale industrial manufacturing and highly specialized functional components.
Advanced Binder System
We have cooperated with material companies for many years and independently developed and produced modified binder, which is specially used in CIM formulations, suitable for the manufacture of different advanced ceramic material feedstock products. Modified binder is a special material for CIM binder formulations for injection moulding of nano-sized ceramic powders, which is made of curing agents, accelerators, dispersants, stabilisers, toughness agents, and modified with a variety of polymers and special additives.
Polymer ratio in the application of CIM & MIM technology occupies a core position, we according to the equipment and product requirements of different manufacturers, tailored to a variety of binder formulations system of different debinding, customised feedstocks. Our binder has excellent powder affinity & adhesion, can effectively prevent powder agglomeration and segregation, prevent uneven distribution and product cracks; low contact angle, no deformation and no broken material, to ensure the stability of product size.
Refined Expertise Innovative Excellence
CIM binder CER-BM826
CERMET’s CIM ceramic modified binder system is independently developed and manufactured, and has been extensively validated through a wide range of industrial applications and product cases, ensuring consistent and reliable quality.
The binder system features a high debinding rate, low ash content, and complete binder removal without residue. It offers a wide debinding temperature window and is compatible with multiple debinding processes. With excellent flowability, it enables uniform powder packing, reduces flow marks, and improves surface finish and brightness.
It is highly adaptable to various binder formulations and supports both high and low molecular weight systems. The binder is well-matched with ceramic thermal expansion behavior and demonstrates broad compatibility across different ceramic powder particle sizes. Additionally, it provides low shrinkage during curing, along with high strength and toughness, allowing for repeated processing and thermal cycling.
All materials and processes strictly comply with environmental standards. Most products are free from hazardous substances, reflecting CERMET’s commitment to sustainability and its philosophy of “building excellence through materials.”
Quality from Powders
CERMET also works with powder producers on a deeply customised basis. The end-use quality of many materials is related not only to the feedstocks, but also to the material science properties of the powder. For example, titanium alloy powders are produced using a technology that focuses on vacuum induction droplets, and the powder supplier that works with us has shown a very impressive photo of a vacuum droplet from this aerosolised production system.
Powder have a non-negligible impact on the final quality of the product. We have deep cooperation and communication with powder material manufacturers, in order to intervene technically in the manufacturing process of the material front-end, and to analyse and adjust the mechanical properties, salt spray test, electromagnetic properties, and appearance requirements of the final product, so as to solve the problems and defects of the product (or non-standard product) from the source.
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