carbide cutting tools online manufacture

Ceramic Wear Parts Ceramic Cutting Tools Precision Ceramic Parts Ceramic is a good material for special cutting tools. In the industry that requires wear-resistance performance, you could try ceramic wear parts ... Read More

CBN Inserts CCGW09T304 CCMT060204 TWO Tip PCBN Indexable Carbide Wood Turning Lathe Tools PCD-as is known as Polycrystalline Diamond inserts, is mainly suitable for processing aluminum, copper, acrylic, brass, ... Read More

Carbide Planer Knives For The cutting Hard Woods pecially Timber Shaving Board Inserts Planer knives for cutting of the timber such as shaving board, laminated board, density board and compound material. For ... Read More

YG11C Tungsten Knife 11002 Long Strips Knives Sharp Edges With 90 Degree Description: Length 110mm Width 2mm Thickness 2.5mm Roughness Ra 0.8 for all surfaces Ground strips with 90 cutting angle as knives for ... Read More

Carbide Slurry Nozzles For Ship Cleaning Tungsten Carbide Wear Resistance Nozzles Raw sintered carbide nozzles Specifications:Iso Grade K10Outer diameter 36mmOD tolerance: +0.2Inner diameter 20mmID Tolerance -0... Read More

Tungsten Carbide Rotating Nozzles Carbide Wear Resistance Nozzles For Oil Industry ISO Grade K30 OD 26mm ID 0.8mm Hardness HRA 92 T.R.S. 3000 N/mm2 Density 14.8 g/cm3 Tungsten carbide wear-resistance nozzles. ... Read More

T.C. 616 All Ground Bush Scissors Wear Parts OG20 HRA 89 Polished Bushings Polished inner diameter and precision in dimensions. Good wear-resistance performance T.C bush as scissors part. Item No. 616 finished ... Read More

Circular Slitting Blades 10% Cobalt Metalworking Knives Ground Blades Description: Outer diameter 160mm Inner diameter 80mm Thickness 15mm Straight cutting edges Roughness for cutting edge Ra0.8 Roughness for ... Read More

Customized Ceramic End Mills For Machining Cr NI Fe Material Heatresitant End Mills Material: Ceramic end mills Diameter 14mm Length 60mm Cutting length 14mm Application: good for finishing machining Other ... Read More