In smart devices, high-end flagship models of mobile phones/watches/MR devices can choose titanium material as the appearance of structural components, and we mainly promote catalytic debinding process for titanium series feeding products.
The net weight of MIM products for manufacturing can be designed and adjusted within the range of 1~5000g. We have handled projects such as medical micro-tools, large-scale molds and fixtures, and structural parts for electronic products.
Our MIM-Ti titanium feedstocks are mainly TA/TC grades, and for customer process and cost requirements, we differentiate between titanium powders manufactured by different production technologies, so that customers have a wider range of costs to choose from.
CERMET's CIM ceramic feedstock are widely used in the 3C electronics industry, and the products have been adopted by major enterprises. Customers have strict control over the optical properties and appearance of the color requirements, as well as high standards for aging/hardness/crack detection, and a high degree of one-to-one customized production.
We are in a series of high standards and requirements under the continuous verification and development, in a large number of actual cases will be the product quality to achieve the ultimate at the same time, but also in the actual production of the enterprise cost control and stability is more important.
We are strictly in accordance with environmental standards for the production of feeding technology, we ensure that the feeding products do not contain DOP, DBP, DEHP and other harmful o-benzene substances, green and sustainable is the core concept of Kinko's “building beauty with materials”.
The core products are CIM zirconia and alumina ceramic feedstocks, and the quality of the products have excellent resistance to deformation/cracking, and the products can be mass-produced immediately after purchasing the products.
Our ceramic injection molding feedstocks also cover several series and correspond to different degreasing (thermal degreasing, solvent degreasing, acid degreasing) processes.And we will provide technical support for the subsequent injection molding/degreasing/sintering processes, Meanwile customization and small batch starting order
CERMET's oxide ceramics feedstock products has a wide range of thermal/solvent/catalytic debinding in various material sizes and is highly compatible with injection molding and feeder 3D melt printing. It have properties such as good biocompatibility, narrow bandwidth photon absorption (color tunable), chemical stability and high hardness and strength, insulating properties, partly with phase change stabilizers (e.g. yttrium oxide) as required, and various colorants.
Nitride ceramics have many uses in microelectronics and semiconductors, such as microwave devices/high-frequency heat sink substrates, piezoelectric/optoelectronic devices, etc. They also have excellent thermal stability/thermal conductivity, low dielectric constants and losses, and high hardness for structural parts with high variable stresses (e.g. bearings).
Carbide ceramics have excellent thermal conductivity and lightweight, robust thermal shock resistance, and have a wide range of applications in semiconductor substrate heat dissipation, aerospace, wear-resistant refractory materials, cutting tools, as well as a large number of applications in protective materials (ballistic inserts) for military equipment. Advanced carbide ceramics are widely used in electronics, machining, and advanced aerospace equipment manufacturing.
Our feeding products for some pre-production areas and for the development of ultra-precision ceramic products have already been favored and used by our customers, and have been verified in production lines, with a complete and mature supporting process system. In addition, we also sell ceramic casting technology, and 3D printing ceramic feedstock and materials.
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