Cermet Rods& Drill Rods with Central Bore

  • Model NO.: lfjs
  • Brand Name: Lfjs
  • Application1: for CNC End Mill, Inserts, Drill Bits, Welding
  • Application3: CNC Solid Carbide Ball Nose End Mill
  • Application5: Stainless Steel Machining, HRC 65
  • Advantage1: Superior Surface Finish Eliminates Many
  • Trademark: LFJS
  • Origin: Hunan, Changsha
  • Classification: Ticn Based Cermet Blanks
  • Model No.: 0.8-1.0micro
  • Application2: Drilling Tools, Cast Iron Sheet, Parting Inserts
  • Application 4: Boring, Turning, Milling, Grooving
  • Chemical Composition: 15%Coni-Wc-Ticn
  • Advantage2: Better Wear Properties Than Carbide
  • Specification: 32x32x20
  • HS Code: 820900900

Product Description


Ti(C,N)-based cermet rods
 
We provide Ti (C, N) cermets based CO and Ni as the basic material, with super hardness, lowcoefficient of friction, good wear resistance and other advantages; in the cutting process can effectively avoid sticking knife, scratches and cutting nodulation and other processing defects with high cutting speed; good flank wear resistance allows the tool at high speed cutting remains a longer tool life, and help remove chips achieve highprecision machining.  
High hardness resutlt in efficiency & precision processing,longer service life  help reducing cost!

Grades,composition and properties for choosing: 


GRADE
Chemical composition Density(g/cm3) Hardness(HRA) TRS(MPa) Average grain size
LFT10 10%CoNi-WC-TiCN 6.25 93 2150 0.8-1.0μm
LFT15 15%CoNi-WC-TiCN 6.45 92.5 2050 0.8-1.0μm
LFT15-N 15%Ni-WC-TiCN 6.45 92.5 2050 0.8-1.0μm
LFT20 20%CoNi-WC-TiCN 6.45 91.0 2250 0.8-1.0μm
 



 Grades, composition and properties for choosing: 
   

Ø 1.0 h6 x 330+0.5 mm

Ø 1.0 +0.3 x 330+0.5 mm

Ø 1.3 +0.3 x 330+0.5 mm

Ø 1.7 +0.3 x 330+0.5 mm

Ø 2.0 h6 x 330+0.5 mm

Ø 2.0 +0.3 x 330+0.5 mm

Ø 2.3 +0.3 x 330+0.5 mm

Ø 2.7 +0.3 x 330+0.5 mm

Ø 3.0 h6 x 330+0.5 mm

Ø 3.0 +0.3 x 330+0.5 mm

Ø 3.3 +0.3 x 330+0.5 mm

Ø 3.7 +0.3 x 330+0.5 mm

Ø 4.0 h6 x 330+0.5 mm

Ø 4.0 +0.3 x 330+0.5 mm

Ø 4.3 +0.3 x 330+0.5 mm

Ø 4.7 +0.3 x 330+0.5 mm

Ø 5.0 h6 x 330+0.5 mm

Ø 5.0 +0.3 x 330+0.5 mm

Ø 5.3 +0.3 x 330+0.5 mm

Ø 5.7 +0.3 x 330+0.5 mm

Ø 6.0 h6 x 330+0.5 mm

Ø 6.0 +0.3 x 330+0.5 mm

Ø 6.3 +0.3 x 330+0.5 mm

Ø 6.7 +0.3 x 330+0.5 mm

Ø 7.0 h6 x 330+0.5 mm

Ø 7.0 +0.3 x 330+0.5 mm

Ø 7.3 +0.3 x 330+0.5 mm

Ø 7.7 +0.3 x 330+0.5 mm

Ø 8.0 h6 x 330+0.5 mm

Ø 8.0 +0.3 x 330+0.5 mm

Ø 8.3 +0.3 x 330+0.5 mm

Ø 8.7 +0.3 x 330+0.5 mm

Ø 9.0 h6 x 330+0.5 mm

Ø 9.0 +0.3 x 330+0.5 mm

Ø 9.3 +0.3 x 330+0.5 mm

Ø 9.7 +0.3 x 330+0.5 mm

Ø 10.0 h6 x 330+0.5 mm

Ø 10.0 +0.3 x 330+0.5 mm

Ø 10.3 +0.3 x 330+0.5 mm

Ø 10.7 +0.3 x 330+0.5 mm

Ø 11.0 h6 x 330+0.5 mm

Ø 11.0 +0.3 x 330+0.5 mm

Ø 11.3 +0.3 x 330+0.5 mm

Ø 11.7 +0.3 x 330+0.5 mm

Ø 12.0 h6 x 330+0.5 mm

Ø 12.0 +0.3 x 330+0.5 mm

Ø 12.3 +0.3 x 330+0.5 mm

Ø 12.7 +0.3 x 330+0.5 mm

Ø 13.0 h6 x 330+0.5 mm

Ø 13.0 +0.3 x 330+0.5 mm

Ø 13.3 +0.3 x 330+0.5 mm

Ø 13.7 +0.3 x 330+0.5 mm

Ø 14.0 h6 x 330+0.5 mm

Ø 14.0 +0.3 x 330+0.5 mm

Ø 14.3 +0.3 x 330+0.5 mm

Ø 14.7 +0.3 x 330+0.5 mm

Ø 15.0 h6 x 330+0.5 mm

Ø 15.0 +0.3 x 330+0.5 mm

Ø 15.3 +0.3 x 330+0.5 mm

Ø 15.7 +0.3 x 330+0.5 mm

Ø 16.0 h6 x 330+0.5 mm

Ø 16.0 +0.3 x 330+0.5 mm

Ø 16.3 +0.3 x 330+0.5 mm

Ø 16.7 +0.3 x 330+0.5 mm

Ø 17.0 h6 x 330+0.5 mm

Ø 17.0 +0.3 x 330+0.5 mm

Ø 17.3 +0.3 x 330+0.5 mm

Ø 17.7 +0.3 x 330+0.5 mm

Ø 18.0 h6 x 330+0.5 mm

Ø 18.0 +0.3 x 330+0.5 mm

Ø 18.3 +0.3 x 330+0.5 mm

Ø 18.7 +0.3 x 330+0.5 mm

Ø 19.0 h6 x 330+0.5 mm

Ø 19.0 +0.3 x 330+0.5 mm

Ø 19.3 +0.3 x 330+0.5 mm

Ø 19.7 +0.3 x 330+0.5 mm

Ø 20.0 h6 x 330+0.5 mm

Ø 20.0 +0.3 x 330+0.5 mm

Ø 20.3 +0.3 x 330+0.5 mm

Ø 20.7 +0.3 x 330+0.5 mm

Ø 21.0 h6 x 330+0.5 mm

Ø 21.0 +0.3 x 330+0.5 mm

Ø 21.3 +0.3 x 330+0.5 mm

Ø 21.7 +0.3 x 330+0.5 mm

Ø 22.0 h6 x 330+0.5 mm

Ø 22.0 +0.3 x 330+0.5 mm

Ø 22.3 +0.3 x 330+0.5 mm

Ø 22.7 +0.3 x 330+0.5 mm

Ø 23.0 h6 x 330+0.5 mm

Ø 23.0 +0.3 x 330+0.5 mm

Ø 23.3 +0.3 x 330+0.5 mm

Ø 23.7 +0.3 x 330+0.5 mm

Ø 24.0 h6 x 330+0.5 mm

Ø 24.0 +0.3 x 330+0.5 mm

Ø 24.3 +0.3 x 330+0.5 mm

Ø 24.7 +0.3 x 330+0.5 mm

Ø 25.0 h6 x 330+0.5 mm

Ø 25.0 +0.3 x 330+0.5 mm

Ø 25.3 +0.3 x 330+0.5 mm

Ø 25.7 +0.3 x 330+0.5 mm

  Diameter :1.0-25mm
Length :1-330mm

Application:

CNC cutting tools ;drill bit;milling cutter;welding part; welding blade cnc tools for stone cutting drilling tools ;cast iron sheet metal, parting inserts, expandable reamers parting inserts, cermet rods, expandable reamers Work Hard Tools,Drill Rods & Drill Pipes, steel blank for core bit; PCB micro-drilling tools; CNC router bits; cnc end mill ball; CNC turning inserts; Perforated rod (reamer) do reamer drilling;etc . 

1.best for #45 steel,die steel,harden steel,titanium,inconel,stainless steel machining;



2.easy brazed with steel for more applications;

3.best for fine finish,such as the molding of mobile cover, the keyboard of the computer, 
(suitable for CNC cutting tools,PCB, milling tools,indexable inserts,etc)

4.Drill bit;milling cutter;welding part; welding blade cnc tools for stone cutting drilling tools ;cast iron sheet metal, parting inserts, expandable reamers parting inserts, cermet rods, expandable reamers Work Hard Tools,Drill Rods & Drill Pipes, steel blank for core bit; PCB micro-drilling tools; CNC router bits; cnc end mill ball; CNC turning inserts; Perforated rod (reamer) do reamer drilling;etc . 

Advantages than Carbide:

1.TiCN based cermet tools are very suitable for the special material which was difficult to be process.
     and it's quite good on continuous turning 45# steel, while the ordinary carbide tools could hardly processing on such hard materials.
    Example:  1pc parts can process working 3.5 hours under 8000 high speed turn, the wearing is only 0.02mm, the effect is great.

    And the service life of cermet CNC tools is 2 and 3 times than tungsten carbide tools.
 
2.TiCN based cermet cutting tools could process material with HRC65,  and much suitable using on high-speed cutting, 
     Esp. under the condition of small-cutting & deeping-cutting,  it's helpful on wiping off the cuttings and improving the surface quantity.
 
3.Under high temperature processing, the cermet would produce titanium oxide which with lubrication, 
     protecting the die and advantageous to the machining. If using carbide tools, the tungsten trioxide would increase the friction, it's not good.

4.Better wear properties than carbide      

5.Longer tool life leads to less machine down time  
       
6.Higher cutting speeds result in greater productivity    
                                                                              7.Superior surface finish eliminates many secondary operations.

  
 


 
main products of LFJS 1.Powdered materials including Chromium Carbide Cr3C2 , 
Hafnium Carbide HfC,  Molybdenum Carbide Mo2C, Niobium Carbide NbC, 
Tantalum Carbide Tac, Titanium Carbide TiC, Vanadium Carbide VC, 
Zirconium Carbide ZrC, Titanium Carbide Nitrides Ti (C,N); 
(suitable for plasma coating, thermal spray coating, cold spray,
additive in cutting tools,CVD,PCB,3D printing,abrasive materials,
MIM,powder metallurgy,etc)

2.compound carbide powder: (Ta,Nb)C,(W,Ti)C , 
(W,Ta)C, (Ti,Ta)C ,(W,Ti,Ta)C, (W,Ti,Ta.Nb)C,(W,Ti,Ta,Cr)C.

3.  Ti (C,N) based cermet rods/ inserts/blanks; 
(suitable for drilling and cutting tools, ,CNC tools, printed circuit board, 
drilling milling turning threading turning tools etc.Sinter-HIP process.)

4.  WC-CO tile cutting wheel.      

 5.planetary ball mill

FAQ
1.What size do you need? Since we have 60-325mesh, 
 
a.0.8um: normally used as additives in carbide, cutting tools,etc. 
(additive amount:0.1%~2%)
 
b.60-325mesh: mixed with other materials normally used in 
spraying coating, which have strict 
requirement in particle size and its mixture evenness.
 
c.3~5um:normally used in alloy products.
 
2.our test methods are as follows:
 
a.FSSS  Fisher Sub-sieve sizer   b.Laser  c.SEM d.Seizing  e.apparent density 
of powders 
 
3.Delievery time:about 7 days for carbide powder.
 

  why choose us?
What we do is not just selling:
We're dedicated to providing you the super service. And 
we'll prove it. If you're not completely satisfied, we'll do 
our best to improve it. Fast and free.

Technology is our core competence:
To us, technology is our core competence. We always 
research the new methods to improve the performance of TiCN 
cermet blanks, carbide blanks, metallic carbide powders, 
just to expand your market and save you thousands! 

Excellent personnel to finish excellent jobs:
We have highly experienced engineers and sales and ready to 
assist you with all your requirements.

Always willingness to learn :
You know your technology better than anyone --we are happy to learn new things everyday! let us hear about
 it right away.
 
Mobile:+86-15974242234 


Ferro Tungsten

Ferro Tungsten belongs to ferroalloy series (containing tungsten: 70%-80%), an alloy composed of tungsten and iron, used as an alloy additive for steelmaking. The commonly used tungsten iron is tungsten containing 70% and 80%.

Tungsten and iron are the main components of the iron alloy. It also contains manganese, silicon, Carbon, phosphorus, sulfur, copper, tin and other impurities, and is an alloying agent for steelmaking. According to different amounts of tungsten, the tungsten and iron are divided into: FeW75 (including W70% ~ 80%, C ≤ 0.20%, P ≤ 0.04%, S ≤ 0.08%, Si ≤ 0.5%, Mn ≤ 0.25%) and FeW80 (including W75.0%~85.0%, C≤0.20%, P≤O.04%, S≤0.08%, Si≤0.7% and Mn≤0.25%).

Ferro Tungsten

Ferro Tungsten,High Quality Ferro Tungsten,Ferro Tungsten For Pile-Up Welding

Hwa Seng Resources (Hong Kong) Co., Limited , http://www.hwaseng-resources.com

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