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Wear Resistance Carbide Mold For Mobile / Laptop / Digital Cameral

Name: Carbide Mold
Fetaure: Wear Resistance
Tungsten Steel Slider Insert Head: Costum
Type: Carbide Wear Parts
Model: LCD Module Indenter
Tungsten Steel Pin: Mobile / Laptop / Digital Cameral
High Light: carbide wire drawing dies, cold heading dies
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Wear Resistance Carbide Mold For Mobile / Laptop / Digital Cameral‚Äč
 
Carbide Mold  Introduction
 

 

Brand Name

OEM
Die TipePrecision tungsten carbide punch
Draw FormatAuto CAD/DWG/PDF ect
Tolerance±0.002mm
HardnessUpon request
Mould sizeCustomized size
Production ApplicationMobile/ laptop/ digital cameral/ HD digital TV/ automobile/ electron ect
CertificateISO 9001:2008 & ISO 14001:2004
Surface TratementPolishing/ mirror polishing/ plating/ heat treatment or according to your parts
Precision MachiningCNC/ surface granding machine/ punching machine/ sandik wire cutting/ EDM/ WIDA optical curve grinder ect
Measuring InstrumentsProfile projector/ electronic height gauge/ 2D measuring instrument/ vernier caliper/ microscope/ micrometer ect
Steel MaterialKD20/ DC53/ GD650/ SKD11/ SLD/ YG15/ CR12MOV/ SKH-9/ Tungsten ect
Mould LifeDepends on the steel material and your request
Main ServiceMade-to-order

 
Carbide Mold Details:
 
Carbide LCD module indenter, as carbide mold-making product, is hard alloy wear-resistant part. Our company provide LCD module lamination series wear parts according to the drawing requirements for LCD industry equipment. It is made up of the upper indenter and the lower indenter.
 
The product is the lower indenter of the hard alloy LCD module wear parts. It is formed by pressing and sintering semi-finished blank carbide material. The internal thread is directly formed and processed in the semi-finish production process, and the surface is machined by precision machine tool. After fine grinding treatment and precise size control processing, it becomes the upper indenter. The flatness should be 0.008, and the perpendicularity should be 0.02. The hardness is between HRA92.5-93, meeting the basic super wear resistance requirement. Adopting special cemented carbide production process, it is sintered at 1300 °C high-temperature by professional vacuum low-pressure sintering method. Thus, the metallographic structure is compact, no sand holes and no bubbles. And the internal thread is semi-finished during the blank forming, so it is more convenient to process and sinter the subsequent precision of thread size. This is advanced technical manifestation for the sintering of cemented carbide blanks, and it is also precise control of the dimensional accuracy.
 
 
Technical parameters:
 
The hard alloy LCD module indenter is tungsten steel wear part produced by hard alloy mold. It is used with the wear-resistant parts of the LCD industry. As the industrial tooth, cemented carbide is the first-choice material for wear-resistant parts with its high hardness, high strength and high density. We can provide custom-made upper and lower indenter according to the requirements of customers' drawings.
 
As wear-resistant part, it is used with LCD industry equipment such as automatic COG equipment, FOG equipment, POL equipment, etc. The lower indenter is pressed, sintered and formed by the carbide semi-machined blank. The internal thread is directly formed and processed in the semi-finished production process, and then the surface is refined by the precision machine tool. And the dimension is precisely controlled to be finished carbide wear-resistant part upper indenter. The flatness and the verticality are both according to the equipment standard.
 
 
Advantage:
 
As a cemented carbide manufacturer in Zhuzhou, we rely on the cemented carbide production technology and combine with years of production experience and advanced processing equipment to provide alloy molds, carbide wear parts, and hard alloy parts. According to the customer's specific requirements and drawings, we provide the best service to meet the needs of our customers.

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