• Art no. HT-KS1003  Stainless steel knife set System 1
  • Art no. HT-KS1003  Stainless steel knife set System 2
  • Art no. HT-KS1003  Stainless steel knife set System 3
  • Art no. HT-KS1003  Stainless steel knife set System 4
Art no. HT-KS1003  Stainless steel knife set

Art no. HT-KS1003 Stainless steel knife set

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Loading Port:
Guangzhou
Payment Terms:
TT OR LC
Min Order Qty:
1000 PCS
Supply Capability:
100000 PCS/month

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Set includes:

              1 × chopping knife

              1 × cleaver

              1 × carving knife

              1 × paring knife

High-carbon stainless steel blade holds a superior sharp edge

High quality stainless steel,tool vertical tough  strong corrosion resistance

Easy to use, easy to clean

Comfortable grip handle for balance and control

Many other designs are available

Customized orders are accepted


Primary Competitive Advantages:

Brand-name Parts               Country of Origin

Distributorships Offered       Electronic Link

Experienced Staff              Form A

Green Product                  Guarantee/Warranty

International Approvals        Packaging

Price                          Product Features

Product Performance            Quality Approvals

Reputation                     Service


Main Export Markets:

Eastern Europe                 North America

Mid East/Africa                Central/South America

Asia                           Western Europe


Q: What is the difference between the choice of the angle of the rough and the fine?
It depends on the kind of material you are working on.The selection of the front angle: generally rough car to take a smaller front angle or negative rake angle, the purpose is to improve the cutting edge of the force and heat conditions, improve the cutting edge strength and impact resistance. In order to reduce the elastic and plastic deformation when the chip is cut off and the friction resistance between the chip and the front, the cutting force and cutting heat are reduced, and the machined surface quality is improved.After the selection of angle: rough machining, in order to ensure the strength of the cutter, choose the smaller angle; finishing, to ensure the surface quality, should be selected after a larger angle;The selection of the main deflection angle: roughing should choose a larger main angle, in order to reduce vibration, improve the durability of the tool and chip;The selection of the auxiliary deflection angle: the side slip angle should be smaller to reduce the residual area and reduce the surface roughness value;The choice of cutting edge angle: select negative value in roughing process, the purpose is to improve the heat dissipation condition and impact resistance, take the positive moment when finishing, improve the surface quality.
Q: What are the commonly used tool materials
The common tool material: high-speed steel, cemented carbide (including cermets), ceramic, PCBN (cubic boron nitride), PCD (PCD), its hardness is a hard, so in general, the cutting speed is higher than the one.
Q: Cutting tool materials
High speed steel: high speed steel tool especially in the manufacture of forming the complex structure of the drilling tool such as milling cutter, broach, gear cutting tools, thread cutting tools; the hardness of high speed steel, wear resistance, heat resistance than hard alloy cutting tools, therefore only suitable for the manufacture of medium and low speed cutting. High speed steel is divided into two categories according to its performance: ordinary high speed steel and high performance high speed steel.Cemented carbide: a large number of cemented carbide in the application of good rigidity, blade shape of the high-speed cutting tool, with the progress of technology, complex tools are gradually expanding its application.Tool coating material: hard alloy or high speed steel cutting tool by chemical or physical methods on the surface coated with a layer of abrasion resistance of refractory metal compounds, which can improve the wear resistance of the tool material, and not reduce the toughness.
Q: What are the reasonable tool life?
For manufacturing, grinding tool is relatively simple, the cost is not high, such as tool, drill, durability can be set lower, whereas the durability should be a little higher, such as milling cutter, broach and gear cutter.
Q: What is the name of a cutting tool for cutting fruits
Hello! You should say it is the mold, with the kind of baked cookies that are the same, you can go to the X treasure to search the baking mold, orFruit cutting device look, thank you
Q: Seek explanation, seek truth, clear language, easy to understand
Hello, China's tool control began in 1983, the Ministry of Public Security issued the "Interim Provisions on the control of some of the tools". In accordance with the provisions of the regulation of knives, refers to the dagger, triangular knife, spring knife (jump knife) and other similar single blade, double-edged, triangular knife. Control of the scope of the tool wear and production, purchase and sale of legal procedures.
Q: I would like to ask what is the most secure tool features?
Convenient operationFor left-handed users, the general tool will make them inconvenient to operate in an accident. Therefore, the safety tool must be designed for the operation of the left hand and the right hand.
Q: Selection principle of tool rake angle
Tool material with large bending strength, good toughness, should choose higher rake angles, such as high-speed steel tool than carbide tool, allowing the use of larger anterior angle (about 5 - 10 degrees increase).
Q: How to calculate the machining time
Machining distance mm divided by feed speed mm/min multiplied by 60S is the processing time
Q: Please explain the reasons, thank you.
abrasive wear. During the cutting, the hard point of the workpiece material or the chip fragments which are bonded on the workpiece and the chip will cut the grooves on the surface of the cutting tool to make the tool wear. This is mainly caused by mechanical friction, also known as mechanical wear.adhesive wear. When cutting the plastic material, there is a great pressure between the tool and the workpiece and the chip. Because of the cutting movement, after the bonding point is broken, the particles on the surface of the cutting tool are taken away, resulting in tool wear.

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