Why Choose Sundi for Ceramic Parts (Al2O3,ZrO2,Si3N4,MgO)
Are you Looking for a reliable, quick-turn supplier offering ceramic parts ? Our unmatched in-house capacity ensures your parts are delivery on-time.As for Sundi , Whatever low or mass volume production ,our wide range of ceramic parts will be process with top quality level.
Quick production as fast as 3 day
On average ,we return quotation within 24 hours,Using latest machining technology,SUNDI produces the high qualified ceramic parts(Al2O3,ZrO2,Si3N4,MgO) as fast as 3 days .
High Accuracy Guaranteed
Sundi offers various of tolerance according to different demands ,the tolerance can reach +/-0.002mm.
Our engineers have built up rich experience from our previous projects ,so we can handle all machining process projects in all kinds of industries.
Equipped with advanced inspection instruments ,All parts will be strictly inspected before delivery
The industrial ceramic has great conductivity, higher hardness and higher temperature resistance .In our workingshop,the ceramic parts are mainly produced by three molding technology from raw material into the shapes :drying processing , high pressure injection molding ,and Isostatic pressing molding .
Because of the special ceramic technical property ,its machining way is not easy like normal machining , Since 2019,by combination of grinding ,drilling and milling ,we’ve participated and provided more than 2000 precision engineering ceramics products to hundred companies .
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Ceramic Parts Show
Let’s Make Custom Precision Ceramic Parts Machining Easy
We’re getting a globally optimal solution from automated engineering tools to delivery process ,committing to improve the machining efficiency and capacity.
Upload your CAD file to get an instant quotation .
Confirmation + Manufacturing
You will receive our engineering specialist feedback on all parts,the production will be arranged after confirmation.
Easily get the orders information online ,track delivery information until you receive them .
Chart of Ceramic Parts
Thermal Expansion Rate(%)
Flesural Strength Under Different Temperature