65X13 / 65Kh13 Knife Steel
Request 65X13 / 65Kh13 Knife Steel Stock
Auremo LLC supports U.S. sourcing inquiries for 65X13 / 65Kh13 martensitic stainless steel stock used for blades, instruments and wear-resistant parts. Send the required form, dimensions, condition, quantity and specification.
Product forms
- Bar and long products
- Flat stock subject to review
- Billets and custom blanks subject to review
Information to include in your request
Please provide the material grade or specification, product form, dimensions and tolerances, quantity, delivery ZIP code and required documentation. Pricing, availability and lead time are confirmed for each quotation.
Frequently asked questions
How is the price for 65X13 / 65Kh13 knife steel stock confirmed?
The quotation is based on the exact grade, dimensions, tolerances, quantity, documentation and delivery requirements supplied with the inquiry.
Can non-standard dimensions be requested?
Yes. Send a drawing or dimensional requirements with the inquiry. Manufacturing or sourcing feasibility is confirmed during quotation.
What information is available for delivery in the United States?
Provide the destination ZIP code. Available freight options, lead time and delivery terms will be included in the commercial response.
Related products
Equivalent
| Grade | analogue | W. Nr. | Aisi Uns | En | Order |
|---|---|---|---|---|---|
| 65X13 | Buy from stock, view availability |
Technical characteristics
Stainless chromium steel 65X13 is made in accordance with the requirements
Percentage composition 65X13 (GOST 5632-72)
| Fe | Cr | C | Ni | Mn | Si | S | P |
|---|---|---|---|---|---|---|---|
| Basis | 12-14 | 0,6-0,7 | ≤0,5 | 0,25-0,8 | 0,2-0,5 | ≤0,025 | ≤0,03 |
Production
This steel grade is a martensitic alloy. It is melted in open hearth and induction furnaces as well as in vacuum induction furnaces with subsequent vacuum-arc remelting. After quenching, the rolled steel is hardened through the martensitic transformation. The structure of grained pearlite is given to the steel by annealing, upon completion of hardening the steel hardness is 197-207 NV-1. Increasing the quenching temperature increases the proportion of residual austenite. The optimum hardness is achieved at a hardening temperature of 1050 °C. Hot deformation is carried out in the temperature range 1100 - 900 °C. Billets are rolled and long products are drawn. Cracking is possible during rapid cooling. The hardening temperature is 1045 °C and the tempering temperature is 200 °C.
Physical properties (at 20°C)
- Thermal conductivity 0.147 - 10² W/(m - K)
- Specific gravity 7.67 g/cm3
- Modulus of elasticity 18-10-4 N/mm2
- Electrical resistivity 0.68 Ohmxmm2/m
- Specific heat capacity is 0.504 - 103, J/(kg - K);
- Magnetic permeability 1.255 micro Tesla/m
Corrosion rate
- up to 0.005 mm/year in wet ammonia and hydrogen sulfide atmospheres
- in a solution containing hydrogen sulfide (saturation of 2.5 g/l), less than 0.0135 mm/year
- in an aqueous solution of ammonia (t° 20 °C) to 0.006 mm/year; and at t° 90 °C to about 0.097 mm/year;
- in a mixture of aliphatic hydrocarbons (t° 20-90 °C) up to 0.003 mm/year;
Use
This alloy is in demand in the medical and food industry (scalpels, kitchen knives, razor blades, saws, detachable blades
