salable Elliptic Cylinder - shape E

1. commodity:carbide rotary burrs

2. cutting diameter:4mm

cutting length:14mm

shank diameter:6mm

overall:55mm

3. Single Cut:
- Right hand spiral flute.
- General purpose use on cast iron, steel, copper and brass alloys.
- Designed for rapid stock removal and excellent surface finishes.
4. Double Cut:
- Right and Left hand flutes combined to produce super smooth finishes.
- Slight left hand cutting action gives excellent control of the burr and grinder.

5. All burrs are made of YG8 tungsten carbide,

6.Orders are accepted for all kinds of nonstandard/standard shape of carbide rotary cutting tools as to customer's requirement.

Application:

1. Used for finishing the surfaces of precious metals, chrome-cobalt, chrome-nickel alloys.

2. Removing the burrs of the castings,forgings and the welding spatter on the weld assemblies.
3 .Chamfering angle,circular bead or flute on the mechanical components.
4 .Chamfering or burring the pipes.
5 .Polishing the impeller channel.
6. Grinding the hole to an accurate shape.

Advantages and Application

Using Carbide Rotary Burrs is a effective way to realize mechanization in hand works operations. In the industries of airplane, ship building automobile,machinery,chemistry etc. Carbide Rotary Burrs can be widely used in machining iron,steel casting,carbon steel,alloy steel,stainless steel, hardened steel,copper,aluminium etc.

1.Machining various kinds of metal material including ≤HRC 65 hardened steel.

2.Instead of small emercy wheels,without powder pollution.

3.Increasing productively of several ten times than using hard tools and three to five times than using small emery wheels.

4.Having long life of ten times than high speed steel burrs and fifty times than small emery wheels.

5.Finish machining various kinds of die cavities.

6.Removing the burrs of the castings,forgings and the welding spatter on the weld assemblies.

7.Chamfering angle, circular bead or flute on the mechanical components.

8.Chamfering or burring the pipes.

9.Polishing the impeller channel.

10.Grinding the hole to an accurate shape.