Dormer Threading Tap, M3 Thread, Metric Standard, Machine Tap

Name: Dormer Threading Tap, M3 Thread, Metric Standard, Machine Tap
Brand: Dormer
SKU: 7059447
Availability: LimitedAvailability

RS Stock No.: 705-9447Brand: DormerManufacturers Part No.: EX01M3

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Image representative of range only

Technical Documents

Specifications

Brand

Product Type

Threading Tap

Thread Size

Sub Type

Spiral Flute

Thread Standard

Metric

Thread Direction

Right Hand

Number of Pieces

Overall Length

56mm

Hand/Machine Tap

Machine Tap

Material

Cobalt High Speed Steel

Shank Diameter

3.5mm

Standards/Approvals

DIN 371, ISO 529, DIN 376

Pitch

0.5mm

Country of Origin

Sweden

Product Details

Metric flute taps constructed from HSS-XS1 vanadium steel and HSCo.
Designed for use with a floating tool holder
Dormer SynchroFlex® tool holders are recommended for rigid tapping operations using a CNC digital keypad.

Bright finish fluteless taps; for use on copper, aluminium, magnesium, brass, zinc etc.
Flash chrome finish fluteless taps; for use on steel up to 850N/mm² tensile strength, free matching and austenitic stainless steel
Made to ISO529 standard for tapping blind and through holes in a wide range of ductile materials
Smooth non-cutting action produces greater thread formed strength, higher life expectancy and increased tapping speeds especially where excessive tension occurs

Metric flute taps constructed from HSS-XS1 vanadium steel and HSCo.
Designed for use with a floating tool holder
Dormer SynchroFlex® tool holders are recommended for rigid tapping operations using a CNC digital keypad.

Bright finish fluteless taps; for use on copper, aluminium, magnesium, brass, zinc etc.
Flash chrome finish fluteless taps; for use on steel up to 850N/mm² tensile strength, free matching and austenitic stainless steel
Made to ISO529 standard for tapping blind and through holes in a wide range of ductile materials
Smooth non-cutting action produces greater thread formed strength, higher life expectancy and increased tapping speeds especially where excessive tension occurs