Art no. HT-TS1021 Ceramic knife set for kitchen use,your best choice

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Product Description:

Set includes:

              6-inch carving knife,1.8mm

              3-inch paring knife,1.6mm

              peeler

Blade:zirconia

Handle:ABS+TPR

Packing:with color box

You can choose the handle color you like

Zirconium material keeping 90° hardness just second to diamond which give the ceramic knife its outstanding sharpness and edge retention

Ergonomically shaped ABS + TPR handle in any color  which keep the ceramic knife lightweight and colorful


Features:

Matte finished blade made of zirconium oxide (also calledzirconium)

Zirconium material keeping 90 degrees hardness just second todiamond which give the ceramic knife its outstanding sharpness andedge retention

Customized company names or logo on blades and packing ways arewelcomed


Maintenance:

Only use plastic or wood cutting board

As with only knife, avoid dropping, throwing or generalmisuse

Avoid using the ceramic knife to cut seeds, bones, frozen foodor other hard product

Not flexible, don't use it to smash garlic, open cans orattempt to bent it in any way

Hand wash only

Do not attempt to sharpen the ceramic knife yourself unless youhave access to sharpener specific to ceramic knives


Primary Competitive Advantages:

Country of Origin         Packaging

Price                     Product Features

Prompt                    DeliveryService

Small Orders Accepted


Main Export Markets:

North America            Central/South America

Western Europe


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Q:What is sintering and electroplating tools ah
Sintering definition:Macro definition: at high temperature (not higher than the melting point), other key green ceramic particles, grain growth, voids (pores) and grain boundary gradually reduced by the material transfer, the total volume shrinkage, density increases, and finally become a dense microstructure of polycrystalline sintered body, this phenomenon is called sintering.Microscopic definition: solid molecular (or atomic) are attracted to each other, by heating the particles to obtain enough energy for migration, make the powder particles bond, produce strength and lead to the densification and recrystallization process called sintering.
Q:What tools have both toughness and wear resistance
Non cast iron alloy cutter:This is the alloy of cobalt and chromium and tungsten, because it is difficult to machining, casting to manufacture, so called super hard alloy casting, the most representative is Stellite, its tool toughness and wear resistance is excellent, at the temperature of 8200C the hardness is not affected, far beyond the thermal high speed steel, suitable high speed and deep cutting work.
Q:Cubic boron nitride cutting tools for processing what materials
Cubic boron nitride, commonly known as CBN, is a tool hardness second only to diamond material.It has high hardness, good red hardness, and almost all of the metal poor compatibility, but at the same time, poor toughness, non impact, easy to collapse.According to the above characteristics, cubic boron nitride, suitable for quenching materials (high hardness), high silicon steel, non-ferrous metal finishing and semi finishing.In particular, because of the incompatibility between CBN and C in cast iron, CBN is widely used in high speed finishing of iron castings.
Q:What is the relative motion between the tool and the blank?
The linear speed of the gear cutter and the gear blank.
Q:What are the advantages of ceramic knives?
Ceramic knife resistant to all kinds of organic acid, it will not be corroded by acid in fruits and vegetables and oil, non-toxic, no pollution, no oxidation, no corrosion, is the ideal tool of environmental health. No matter what you use to cut, there will be no taste of food residue on the knife, it will not smell, which is unparalleled advantage of other tools.
Q:Cutting tool materials
Commonly used tool materials are divided into: tool steel (including carbon tool steel, alloy tool steel, high-speed steel), hard alloy, superhard cutting tool materials (including ceramics, diamond and cubic boron nitride, etc.)
Q:How to improve the service life of cutting tools
In general, turning plastic metal materials with large, should take a larger rake angle, cutting in mild steel, the angle value is slightly smaller, but still maintain a certain value, cutting steel, angle of small, and in the cutting of hardened steel hardness is particularly high, hard alloy tool general with negative rake angle or zero rake angle. But in the turning of the copper alloy, the rake angle of the tool is big and easy to gnaw the knife phenomenon. In general, when the car, the front and rear angle to take some larger, rough car, in order to the strength of the tool, the front and rear angles to be small.
Q:What is the classification of the hardness level?
1, the hardness of cemented carbide tools generally between HRA89.5~92.8;2, the hardness of high speed steel is generally between HRC62~65;3, super hard high speed steel hardness between HRC69~70;
Q:What are the causes of tool wear in cutting?
Oxidation wear. In a relatively high temperature (700~800 DEG C), the tool material surface oxidation will occur with the oxygen in air to form a layer of low strength of oxide film, film can easily be workpiece or cutting tool wear off, cause.Diffusion wear. Under the condition of high temperature (850~1000 DEG C), the Ti, W, Co and other elements in the cutting tool material will gradually spread to the workpiece or the chip, and the Fe elements in the workpiece material will also spread to the surface of the cutting tool. In this way, the chemical composition of the cutting tool material is changed, and the hardness and the wear resistance of the cutting tool are decreased, thereby increasing the wear of the tool.
Q:How to calculate the machining time
Machining distance mm divided by feed speed mm/min multiplied by 60S is the processing time

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