Damasteel® RWL34T

Discover the advantages of Damasteel steel RWL34™ for cutlery The name of this stainless steel is the result of the meeting between two technicians: Pelle Billgren, the founder of Damasteel and the internationally renowned American knifemaker: Robert W Loveless. Bob Loveless was one of...

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Dimensions Stock Price Quantity
Total 0
38 x 2,6 x 500 mm En stock
€54.00 €45.00  Excl. Tax
Out of stock
38 x 2,6 x 1000 mm En stock
€92.51 €77.09  Excl. Tax
51 x 2,6 x 500 mm En stock
€70.50 €58.75  Excl. Tax
51 x 2,6 x 1000 mm En stock
€124.09 €103.41  Excl. Tax
32 x 3,2 x 500 mm En stock
€53.00 €44.17  Excl. Tax
Out of stock
32 x 3,2 x 1000 mm En stock
€91.30 €76.08  Excl. Tax
51 x 3,2 x 500 mm En stock
€87.50 €72.92  Excl. Tax
51 x 3.2 x 1000 mm En stock
€145.50 €121.25  Excl. Tax
38 x 3,5 x 500 mm En stock
€71.50 €59.58  Excl. Tax
38 x 3.5 x 1000 mm En stock
€119.00 €99.17  Excl. Tax
38 x 4 x 500 mm En stock
€81.50 €67.92  Excl. Tax
38 x 4 x 1000 mm En stock
€135.50 €112.92  Excl. Tax
51 x 4 x 500 mm En stock
€112.00 €93.33  Excl. Tax
51 x 4 x 1000 mm En stock
€191.50 €159.58  Excl. Tax
51 x 5,2 x 500 mm En stock
€142.50 €118.75  Excl. Tax
Out of stock
51 x 5.2 x 1000 mm En stock
€236.50 €197.08  Excl. Tax

Technical sheet

Customer reviews

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 2.6 mm
Length500 mm
Width38 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 2.6 mm
Length1000 mm
Width38 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Volume0.15
Thickness 2.6 mm
Length500 mm
Width51 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Volume0.15
Thickness 2.6 mm
Length1000 mm
Width51 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 3.2 mm
Length500 mm
Width32 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Volume0.15
Thickness 3.2 mm
Length1000 mm
Width32 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Volume0.15
Thickness 3.2 mm
Length500 mm
Width51 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Volume0.15

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 3.5 mm
Length500 mm
Width38 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 3.5 mm
Length1000 mm
Width38 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 4 mm
Length500 mm
Width38 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 4 mm
Length1000 mm
Width38 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 4 mm
Length500 mm
Width51 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 4 mm
Length1000 mm
Width51 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 5.2 mm
Length1000 mm
Width51 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14

Further information

ShapeFlat
UseBlade
Sub-categorypowder metallurgy
Food contactYes
Carbon 1.05 %
Chromium14 %
Molybdenum4 %
Manganese0.5 %
Silicium0.5 %
Vanadium0.2 %

DIMENSIONS

Thickness 5.2 mm
Length1000 mm
Width51 mm

heat treatment

Hardness after tempering 60 (HRC)
Quenching temperature1050 C°
Quenching mediaHuile, Air

denominations

AFNORZ100CD14
Download the technical sheet

Discover the advantages of Damasteel steel RWL34™ for cutlery

The name of this stainless steel is the result of the meeting between two technicians: Pelle Billgren, the founder of Damasteel and the internationally renowned American knifemaker: Robert W Loveless.
Bob Loveless was one of the very first custom knifemakers to discover and use the ATS34. This steel, designed for ball bearing manufacture by Kobe Steel in Japan, was a very effective grade for knife blade manufacture.

Damasteel RWL34™, a steel from powder metallurgy:

Pelle Billgren was at that time looking for the best knife-making steels when he learnt what Bob was using. Thanks to their mastery of powder metallurgy, he succeeded in improving the qualities of this already very efficient stainless steel. Damasteel were the first to produce a powder metallurgy version of the ATS34 and chose, with reference to the knifemaker behind this inspiration, to name it RWL34™.
Damasteel martensitic stainless steel RWL34™ is a powder metallurgy (RSP) variation of 420 stainless steel.

To learn more about powder metallurgy and especially its advantages for cutlery steel, you can read our blog article on powder metallurgy.

A steel with properties for the manufacture of knife blades

RWL34™ is now an unavoidable grade in knifemaking. It is known for its ease of machining and excellent mirror-polishability. This is a grade that is completely in line with Bob's philosophy, which made no compromise between quality and ease of use.

What are the advantages of the composition of Damasteel RWL34™:

The addition of Molybdenum and Vanadium gives this grade improved results in terms of corrosion resistance, hardness and strength. This grade can therefore be used for a large number of applications where the following properties are important:

- Very good edge retention
- High hardness after quenching and tempering
- High corrosion resistance
- Easy to grind and polish
- High purity

Want to know more about the RWL34™ steel ?

Learn more about the history and the exceptional properties of Damasteel's RWL34™ steel by reading our blog article on the subject.

Customer reviews

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