Dormer Threading Tap, M14 Thread, Metric Standard, Machine Tap

RS Stock No.: 705-9501Brand: DormerManufacturers Part No.: E003M14
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Technical Document

Specifications

Brand

Dormer

Thread Size

M14

Product Type

Threading Tap

Sub Type

Spiral Flute

Thread Standard

Metric

Thread Direction

Right Hand

Number of Pieces

1

Overall Length

112mm

Hand/Machine Tap

Machine Tap

Material

High Speed Steel

Shank Diameter

14mm

Standards/Approvals

ISO 529, DIN 376, DIN 371

Country of Origin

Sweden

Product details

Back tapered machine tap bits

Metric tap bit constructed from HSS-XS1 vanadium steel.
Ideal for high resistance steel and stainless steel.

MTTX-HSS Taps

MTT-X taps are manufactured from premium quality vanadium powder steel, branded HSS-XS1, for an unbeatable combination of toughness, edge strength and wear resistance. This winning combination enables them to withstand the stresses of threading in tough materials.

Stock information temporarily unavailable.

€ 79.50

€ 79.50 Each (Exc. Vat)

€ 99.77

€ 99.77 Each (inc. VAT)

Dormer Threading Tap, M14 Thread, Metric Standard, Machine Tap

€ 79.50

€ 79.50 Each (Exc. Vat)

€ 99.77

€ 99.77 Each (inc. VAT)

Dormer Threading Tap, M14 Thread, Metric Standard, Machine Tap

Stock information temporarily unavailable.

Technical Document

Specifications

Brand

Dormer

Thread Size

M14

Product Type

Threading Tap

Sub Type

Spiral Flute

Thread Standard

Metric

Thread Direction

Right Hand

Number of Pieces

1

Overall Length

112mm

Hand/Machine Tap

Machine Tap

Material

High Speed Steel

Shank Diameter

14mm

Standards/Approvals

ISO 529, DIN 376, DIN 371

Country of Origin

Sweden

Product details

Back tapered machine tap bits

Metric tap bit constructed from HSS-XS1 vanadium steel.
Ideal for high resistance steel and stainless steel.

MTTX-HSS Taps

MTT-X taps are manufactured from premium quality vanadium powder steel, branded HSS-XS1, for an unbeatable combination of toughness, edge strength and wear resistance. This winning combination enables them to withstand the stresses of threading in tough materials.