M10 HSS Tap

M10 HSS Tap Specification

Coating Type
Polished

Shape
Cylindrical

Drill Bits Types
Tap Bit

Cutting Speed
Multipurpose

Cutting Capacity
M10

Hardness
62-64 HRC

Operation Type
Internal Threading, Manual or Machine

Material
HSS M2, HSS (High Speed Steel)

Length
Standard (Approx. 70mm)

Tool Type
Hand/Machine Tap

Cutter Type
Thread Tap

Cutting Accuracy
High Precision

Cutting Force
Medium

Brooches Type
Spiral Flute

Machine Type
Drilling/Tapping Machine

Features
2 Flute, Right Hand, Polished

Operate Method
Manual/Automatic

Diameter
5mm

Maximum Torque
Standard

Processing Type
Thread Cutting

Finish Type
Shiny

Material Grade
HSS

Surface Finishing
Polished

Blade Size
Standard

Color
Silver

Flute Direction
Right Hand

Thread Pitch
1.5 mm

Tap Type
Spiral Flute

Number Of Flutes
2 Flute

Rust Resistant
Yes

For Alloy Steel
Yes

Thread Standard
Metric Fine

Steel Grade
310

Grade
HSS M2

Thread Size
M10

End Type
Chisel Point

Set Contents
Single Tap

M10 HSS Tap Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About M10 HSS Tap

Discover the matchless performance of our M10 HSS Tap, expertly engineered for precision and durability. Fabricated from renowned HSS M2 steel and finished with a shiny, rust-resistant polish, this tap promises masterful thread cutting for alloy steels. The 2-flute, spiral design offers medium cutting force and high accuracy, making it ideal for both manual and machine operation. Avail this ephemeral bargain now with advance purchase, and experience a tool that sets the standard with its superior, polished construction and dependable cutting capacity.

Exceptional Advantage & Application Scope

The M10 HSS Tap delivers a masterful advantage with its high-precision spiral flutes and rust-resistant, polished surface. Specifically designed for threading alloy steel, it operates seamlessly on both manual and machine setups. Its chisel point and cylindrical shape enhance internal threading efficiency and consistency, ensuring unmatched reliability across standard drilling and tapping machines. With a right-hand flute direction, this tap is ideal for various industrial and domestic surfaces, making it a versatile solution for all thread cutting needs.

FOB Port, Sample Policy & Purchase Order Clarity

We facilitate smooth advance purchase of the M10 HSS Tap from our domestic mar in India, ensuring secure packaging for shipment. The product is usually shipped from the designated FOB port soon after receiving a valid purchase order. To aid your selection, we do provide samples under our sample policy, subject to standard terms. Reach out to discuss sample availability, and streamline your procurement with confidence and transparent logistics.

FAQ's of M10 HSS Tap:

Q: How is the M10 HSS Tap best suited for different thread-cutting applications?

A: The M10 HSS Tap features a spiral flute with a medium cutting force, perfect for precise and efficient internal threading on alloy steel, both in manual and machine operations.

Q: What are the advantages of purchasing this tap in advance?

A: Advance purchase secures a bargain on this renowned, matchless tool and ensures timely availability, especially for high-demand projects or urgent requirements.

Q: Where can I use this tap, and on what types of surfaces?

A: This tap is ideal for use in drilling and tapping machines on alloy steels and similar materials, offering versatile application in both industrial and domestic environments.

Q: What is included in the packaging for a standard order?

A: Each standard order of the M10 HSS Tap includes a single, securely packed tap with protective wrapping to maintain its polished finish and cutting edges during transit.

Q: How can I obtain a sample before placing a full purchase order?

A: You can request a sample under our sample policy by contacting us directly. Availability is based on current stock and standard policy conditions.

Q: What benefit does the right-hand spiral flute design provide?

A: The right-hand spiral flute design efficiently guides chips away from the cutting area, reducing clogging and ensuring smooth, high-precision thread cutting.