• Art no. HT-KS1002  Stainless steel knife set System 1
  • Art no. HT-KS1002  Stainless steel knife set System 2
  • Art no. HT-KS1002  Stainless steel knife set System 3
  • Art no. HT-KS1002  Stainless steel knife set System 4
Art no. HT-KS1002  Stainless steel knife set

Art no. HT-KS1002 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 × bread knife

              1 × fruit 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


Product advantages:

Wear resistant & extremely durable

Deathly sharp & stay sharp for years

Easy to clean to prevent bacteria growth

Blade high in density, chemically inert will not rust and do not react with acidic, food keep its original taste. No metal taste and smell


Care instruction

Do not use knife on stone chopping block

Do not use to chop of pry as this may chip the tip of knife or the blade to break free from the handle

Blade is very sharp. Please prevent children from touching


Q:Excuse me, master, difference, white steel cutter and tungsten steel knives advantages, what are the disadvantages?
1 tungsten steel knives can withstand the power, used for machining hard materials, processing materials after heat treatment, the service life is long; but the price is more expensive.2 high-speed steel tool steel is a plain white, like SKD11, with more in general machining, cutting force no tungsten steel cutting tool price is relatively cheap.
Q:What are the causes of tool wear and breakage?
Chemical wear refers to tool material and workpiece material chemical reaction caused by adhesive wear, refers to the chip or the processed material and tool cutting tool coating bond will stick together, there are some other tool failure shape, such as heat failure, namely the tool because of the high temperature lead to deformation
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.
Q:What is the difference between insert and cutter
A big difference, the former is welded on the operation, trouble, after welding, grinding to open front, trouble, but the economic, however, if there is no special grinding tools like disposable almost, the latter is directly replaced by screws can, convenient blade welding blade than your price many, usually in 20 to 40 yuan a
Q:What tools are used for machining stainless steel
The use of tungsten steel! Beautifully cut out!
Q:YG813 carbide tools can be intermittent turning stainless steel? How much is the cutting speed?
YG8/ K30 is suitable for cast iron, non-ferrous metals and alloysSo this is not suitable for stainless steel processing. Use YW carbide to do it
Q:I would like to ask what is the most secure tool features?
Ergonomic designThe user will be holding a knife for a long time to cause a "occupational disease" in the hand. Therefore, the "safety cutter" must have the concept of ergonomics in the overall design.
Q:If the hardness is too high to bring the tool too brittle, metal processing of high hardness of the tool will bring any benefits.
Metal processing, the hardness of the tool is not the pursuit of the harder the better, the pursuit of hot. That is, when the temperature is still a certain degree of hardness. Because the temperature of the cutting tool in the process is constantly rising (heating), the hardness decreases with the increase of temperature. For example, high carbon steel cutting tool, the hardness at room temperature is in line with the requirements of cutting, but a heat on the soft, short service life, the old knife to change the knife, can not be sustained continuous cutting.In order to improve the efficiency of production, especially under the conditions of automated production, we must pursue the high temperature of the cutting tool, that is, in the process of cutting, although the temperature increases, but the tool is still hard, sharp, wear-resistant. The purpose is to prolong the service life of the cutter. As a result, the carbide tool on the basis of the emergence of carbide cutting tools (powder metallurgy), in recent years there have been a number of ceramic tools. With the continuous improvement of the degree of automation, metal processing of the hot pursuit of the tool is getting higher and higher.
Q:Processing 316 stainless steel should be very sticky knife, how to choose the tool?
We used to use ceramic cutter head, alloy knife head is easy to stick knife
Q:What is the reference system of tool geometry?
Tool angle reference planeThe reference planes used to form the tool angles are: the base plane, the cutting plane, the orthogonal plane, the normal plane, the assumed working plane and the back plane, as shown in Figure 1 - 5.The base Pr: a selected point on the cutting edge, the plane perpendicular to the main direction of motion. Typically, it is parallel (or vertical) to the plane of the mounting surface (or axis) of the tool. For example: the basic surface of the common lathe Pr, can be interpreted as parallel to the bottom of the tool;The cutting plane Ps: a selected point on the cutting edge and cutting edge plane, tangent, and perpendicular to the surface of Pr. It is also the cutting edge and cutting speed direction of the plane;The orthogonal plane Po: selected point on the cutting edge, while the plane perpendicular to the surface of Pr and cutting plane Ps;The method of plane Pn: selected point on the cutting edge, plane and perpendicular to the cutting edge;The work assumes that plane Pf: selected point on the cutting edge, parallel to the assumption that the feed direction perpendicular to the reference plane, and Pr;Go back plane Pp: a selected point on the cutting edge, and plane perpendicular to the working plane of Pf and assumed Pr base.

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