M3 SPPT M35 HSS-E Tin Coated Tap

M3 SPPT M35 HSS-E Tin Coated Tap Specification

Features
TiN Coating, Wear Resistant

Function
Internal Thread Cutting

Power Source
Manual

Grip Type
Shank grip

Surface Finish
TiN Coated

Motor Power
Manual Tool

Gauge
M3

Tensile Strength
High (M35 grade)

Tool Type
Hand Tap

Material
M35 HSS-E

Handle Material
Steel

Shape
Cylindrical with Flutes

Dimension (L*W*H)
Standard M3 Tap Dimensions

Thread Size
M3

Material Grade
Mild Steel Compatibility

Set Contents
Tap Set with Drill

Thread Standard
BSW

Cut Precision
High Accuracy

Hardness
Superior Cutting Edge

Number Of Flutes
2 Flute

Corrosion Resistance
Enhanced

Color
Gold-Silver

Chip Evacuation
Efficient

Tap Type
Spiral Point

Application
Metal Tapping

Life Span
Extended

Coating Type
Titanium Nitride

M3 SPPT M35 HSS-E Tin Coated Tap Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About M3 SPPT M35 HSS-E Tin Coated Tap

Experience the dazzling efficiency of the M3 SPPT M35 HSS-E Tin Coated Tap-a pivotal addition to any professional toolkit. Crafted for metal tapping with BSW thread standard, this exclusive tap set delivers superior cutting edges and enhanced corrosion resistance. The gold-silver TiN coating ensures wear resistance and extends tool life span for glorious performance jobs after job. With its high-tensile strength, competitive pricing, and precise 2-flute spiral point design, grab this essential solution for smooth, accurate internal thread cutting in mild steel applications. Ideal for exporters, suppliers, and traders across India.

Superior Usage & Competitive Advantages

The M3 SPPT M35 HSS-E Tin Coated Tap excels in both industrial and workshop use, providing high accuracy and swift chip evacuation. Its primary competitive advantages include enhanced corrosion resistance, extended durability due to the TiN coating, and exceptional precision in internal thread cutting. Special features like efficient spiral point flutes and high-tensile M35 steel ensure reliable performance, making it a standout tool for demanding metal tapping projects.

Sample Availability & Seamless Domestic Logistics

We offer sample availability of the M3 SPPT M35 HSS-E Tin Coated Tap to help you evaluate its performance. The main domestic market includes all of India, with timely shipped goods from the designated FOB Port. Enjoy competitive list pricing and expert logistics handling, ensuring your hand tap arrives safely and promptly. Whether you're an importer, supplier, or trader, our streamlined shipping process supports bulk and retail orders.

FAQ's of M3 SPPT M35 HSS-E Tin Coated Tap:

Q: How does the titanium nitride coating benefit the M3 SPPT M35 HSS-E Tap?

A: The titanium nitride (TiN) coating provides superior wear resistance, significantly extends tool life, and enhances corrosion protection, ensuring consistent and efficient thread cutting.

Q: What type of threads can be cut with this tap?

A: This tap is specifically designed for BSW (British Standard Whitworth) thread cutting with a thread size of M3, making it ideal for precise internal threading in mild steel.

Q: Where can I use the M3 SPPT M35 HSS-E Tin Coated Tap?

A: The tap is compatible with mild steel and is suitable for workshops, manufacturing facilities, and maintenance operations requiring high-precision internal thread tapping.

Q: What are the key features that make this tap set exclusive?

A: Its high-tensile M35 HSS-E material, spiral point design, TiN gold-silver coating, and efficient fluted construction contribute to its exclusivity, delivering enhanced durability and accuracy.

Q: How can I sample or purchase this tap in India?

A: You can request a product sample or place orders through our competitive list price offerings. Shipped goods are dispatched from our FOB port with expert logistics to markets across India.

Q: What is the process for using this hand tap effectively?

A: To use, secure the tap in a hand tool or tapping machine, align with the workpiece, apply gentle pressure, and turn steadily to cut precise internal threads, ensuring efficient chip evacuation through spiral flutes.

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