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Carbide slitting saws

What is Solid Carbide Slitting Saws?

The solid carbide slitting saw, which is made entirely of solid carbide material (also known as ‘cemented carbide’ or ‘tungsten steel’), is primarily used for producing precision slots and cuts with CNC milling machines.

Why Carbide?

Comparation of HSS and Carbide Slitting Saws

Compared to HSS material, carbide metal saw blades provide longer tool life and decreased cycle times. Furthermore, they offer excellent performance due to their high hardness and long wear life. Consequently, solid carbide slitting saws can achieve high-speed milling and high processing efficiency. As a result, milled grooves are dimensionally accurate and have a good finish, leading to high product quality. Additionally, these saws can be widely used for milling and grooving various materials such as wood, copper, aluminum, and other difficult-to-machine materials, including ordinary steel, hardened steel, bearing steel, stainless steel, and titanium alloy

What material can be cut by solid carbide slitting saw blades?

ToolingBox solid carbide slitting saws
  • Aluminum and aluminum alloys

  • Copper, brass and bronze alloys

  • Other Non-ferrous metal alloys

  • Wood/Plastics non-metal

  • Ordinary steel

  • Hardened steel

  • Cast iron

  • Titanium alloy

ToolingBox TC10/TC20 Series Carbide Circular Slitting Saws:

According to the different applications, ToolingBox can supply TC10/TC20 series circular slitting cutters made from solid carbide materials to our customers across many industries, including woodworking, machinery, light industry, hardware, printed circuits, and glasses industries, among others. Specifically, the TC10 series is designed for cutting wood, plastics, and non-ferrous metals, whereas the TC20 series is intended for steel cutting. Therefore, please feel free to inquire if you have any questions about our slitting blade products.

TC10/TC20 Series

Carbide Grade Density(g/cm3) Hardness (HRA) Application Materials
TC10 series 14.0-14.5 90 Non-metals such as plastics, wood and non-ferrous metals such as aluminum, copper and brass, free-cutting materials such as cast iron, mild steel and medium carbon steel
TC20 series 14.6-14.8 92.5 Alloy steel, stainless steel, titanium alloy, etc. after heat treatment
carbide slitting saws for alloyed steel

Axis Slitting Case -Carbide Slitting Saw TC20 Series

Carbide Grade Size Machining materials Workpiece hardness Cutting Speed Tool life
TC20 series D80X0.3X6X22X100T Alloy steel after heat treatment HRC45 80m/min 200 slots

Why Us?

We are passionate about offering clients high-quality solid carbide slitting saws from raw material to end products and are committed to helping solve the problems when slotting and grooving. Today, what ToolingBox is proud of is that we have a professional team with average 20-working-years. We will assist you from the designing,production, regrinding to the final application.
The Advantages Of ToolingBox Carbide Slitting Saws
High-quality carbide blanks

Manufactured by high-quality carbide blanks, durable and long tool life

Serrated sharp

The angle of the teeth is specially designed, and the grinding process makes the teeth sharper.

Double mirror finish

The surface of saw blade is smooth within a small tolerance to keep cutting quality and high efficiency.

Multiple specification options

Coarse and fine pitch with Inch and in metric sizes, different thickness can be offered

Selection Steps of  Carbide Slitting Saws

01

Select the Outer Diameter

Generally, the outer diameter is selected by the depth of cut(Table 1)

02

Select the Inner Diameter

Find the corresponding inner hole according to the outer diameter (Table 2)

03

Determine the Thickness

Determine the thickness of the saw blade according to the cutting needs (Table 2)

04

Coarse or Fine Pitch?

If you’re working with non-ferrous metals, ToolingBox suggests a Coarse Pitch, and finer pitch saws for ferrous metals.

Table 1 - Selection Reference for Outer Diameter of Slitting Saws

Cutting depth(mm) 3 5 8 10 12 15 20 30
Outer Dia of Slitting Saw(mm) 40 50 63 70 75 80 100 125

Table 2 - Corresponding table of size and teeth number of slitting saws

Outer Dia of Slitting Saw(mm) Thickness scope (mm) Inner Dia (mm) Optional Teeth Z (T)
16 0.2-3 4/5/6 12/18/24/30/36/40/50
20 0.2-3 5/6/8/10 18/24/30/36/40/50/60
25 0.2-5 5/6/8/10 18/24/30/36/40/50/60/72
30 0.2-5 8/10/12.7/13 24/30/36/40/50/60/72/80
40 0.2-5 8/10/12.7/13 30/36/40/50/60/72/80/90
50 0.2-5 8/10/12.7/13/16/22 40/50/60/72/80/90/100/120
60 0.2-6 12.7/13/16/22 40/50/60/72/80/90/100/120
63 0.2-6 12.7/13/16/22 40/50/60/72/80/90/100/120
70 0.2-6 13/16/22/25.4 40/50/60/72/80/90/100/120
75 0.2-6 16/22/25.4 40/50/60/72/80/90/100/120
80 0.3-10 16/22/25.4 40/50/60/72/80/90/100/120
100 0.5-6 22/25.4 50/60/72/80/90/100/120/150
110 0.5-6 22/25.4 50/60/72/80/90/100/120/150
125 0.5-6 22/25.4 50/60/72/80/90/100/120/150

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