We ship to the Philippines — door-to-door, customs and logistics handled by 3G Electric

WIDIA GTD Spiral Point Tap: #3-48 UNC, H2, 2 Flute, Plug Chamfer, Black Oxide Cobalt (MPN VTSPO5004) - General Purpose Spiral-Point Taps
WIDIA GTDGeneral Purpose Spiral-Point Taps

WIDIA GTD Spiral Point Tap: #3-48 UNC, H2, 2 Flute, Plug Chamfer, Black Oxide Cobalt (MPN VTSPO5004)

The WIDIA GTD Spiral Point Tap (#3-48 UNC, MPN VTSPO5004) is a general-purpose spiral-point tap with H2, plug chamfer, black oxide cobalt finish, and 2 flutes. 3G Electric interprets your demand for this OEM tool…

SKU 3G-OTH-216246

Also listed as: VTSPO 5004 · VTSPO-5004

Brand
WIDIA GTD
Item
Spiral Point Tap: #3-48 UNC, H2, 2 Flute, Plug Chamfer, Black Oxide Cobalt
Category
General Purpose Spiral-Point Taps
Available to Order
Trade pricing by quote — replies within 24h
Qty
WhatsApp an engineerMessage via Telegram
No account needed — your quote request goes straight to our engineers. A free account lets you track quotes and re-order faster.
Worldwide Shipping
Air & sea freight
Datasheet on Request
Technical specs
1-Day Quote
Replies within 24h

Local availability & support — the Philippines

Delivery
5–8 business days door-to-door; Bureau of Customs clearance typically 2–4 business days.
Payment
Invoicing in PHP or USD. Bank transfer and corporate PO accepted.
Ships to
Manila, Quezon City, Cebu, Davao, Batangas

Technical Specifications

WIDIA GTD
Manufacturer Part Number
VTSPO5004
Type
H2, Plug Chamfer, Black Oxide Cobalt
Flute
2

Technical Documents

No technical documents available for this product.
Request documentation
Not sure this is the right part? Get a recommendation.

Need installation or engineering help?

Installation, commissioning, maintenance plans, system design, and bundled product + service quotes — one team handles the full scope.
Talk to an engineer

Ask a question

WIDIA GTD Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The WIDIA GTD Spiral Point Tap (#3-48 UNC, MPN VTSPO5004) is a general-purpose spiral-point tap with H2, plug chamfer, black oxide cobalt finish, and 2 flutes. 3G Electric interprets your demand for this OEM tool, sources it across 14 industrial departments, and supports your operation with specialist depth in combustion, pumps, and controls.

Supplied to the Philippines — compatible with 60 Hz installations. DHL Express delivery to Manila, Quezon City, Cebu, customs and duties handled door-to-door.

Frequently Asked Questions

What is a WIDIA GTD spiral point tap used for?

A WIDIA GTD spiral point tap is used for through-hole threading in production machining. Its spiral point design pushes chips ahead, preventing clogging and enabling faster tapping in materials like steel and aluminum. This #3-48 UNC tap is ideal for precision threads in automotive, aerospace, and general manufacturing applications.

What are the specifications of the WIDIA GTD VTSPO5004 tap?

The WIDIA GTD VTSPO5004 is a #3-48 UNC spiral point tap with H2 tolerance, 2 flutes, plug chamfer, and black oxide cobalt finish. It is designed for through-hole tapping and provides good wear resistance. The black oxide coating reduces friction and improves chip flow in ferrous materials.

Where to buy WIDIA GTD taps in worldwide?

3G Electric supplies WIDIA GTD taps worldwide, including the VTSPO5004 spiral point tap. As a global industrial sourcing partner, we handle logistics, customs clearance, and delivery to your facility. Contact us for pricing and lead time on this and other WIDIA cutting tools.

How to select the right tap for through-hole threading?

For through-hole threading, choose a spiral point tap like the WIDIA GTD VTSPO5004. It pushes chips forward, reducing breakage risk. Match the tap size (#3-48 UNC), thread class (H2), and coating (black oxide) to your material and application. Ensure proper cutting speed and lubrication for best results.

Used in

Common applications for WIDIA GTD
Automotive manufacturing — WIDIA GTD spiral-point taps (e.g., VTSPO5099) for through-hole threading in engine blocks
Aerospace component production — WIDIA GTD TiCN-coated taps for threading stainless steel and titanium alloys
General machining job shops — WIDIA GTD hand tap sets for maintenance and repair threading of UNC/UNF fasteners
Aluminum fabrication — WIDIA GTD spiral-flute taps for aluminum (e.g., MPN 16058) for blind-hole threading in heat sinks
Hydraulic system assembly — WIDIA GTD thread-forming taps (e.g., MPN 19862) for cold-forming threads in ductile materials
Oil and gas equipment — WIDIA GTD cobalt spiral-flute taps (e.g., VTSFT5170) for threading high-strength steel components

WIDIA GTD Products

3G Electric supplies WIDIA GTD general purpose spiral-point taps. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

You might also need

Burners & Combustion Pumps & Compressors Spare Parts All Products

Compatible alternatives & equivalents

Cross-referenced by specification & description
This spiral-point tap is designed for through-hole threading in ferrous and non-ferrous materials. It features a #12-24 UNC thread size, H3 tolerance, plug chamfer, and black oxide cobalt finish. The 2-flute design aids chip evacuation in general-purpose tapping applications
WIDIA GTD
This spiral-point tap is designed for through-hole threading in ferrous and non-ferrous materials. It features a #12-24 UNC thread size, H3 tolerance, plug chamfer, and black oxide cobalt finish. The 2-flute design aids chip evacuation in general-purpose tapping applications
General purpose spiral-point tap for through-hole threading in ferrous and non-ferrous materials. Features H2 tolerance, plug chamfer, black oxide cobalt finish, and 2 flutes. The spiral point design pushes chips forward, suitable for production tapping in CNC and manual machines
WIDIA GTD
General purpose spiral-point tap for through-hole threading in ferrous and non-ferrous materials. Features H2 tolerance, plug chamfer, black oxide cobalt finish, and 2 flutes. The spiral point design pushes chips forward, suitable for production tapping in CNC and manual machines
This spiral-point tap is designed for threading blind or through holes in production machining. The spiral-point geometry pushes chips forward, reducing chip congestion. Suitable for ferrous and non-ferrous materials, the TiCN coating enhances wear resistance in abrasive applications
WIDIA GTD
This spiral-point tap is designed for threading blind or through holes in production machining. The spiral-point geometry pushes chips forward, reducing chip congestion. Suitable for ferrous and non-ferrous materials, the TiCN coating enhances wear resistance in abrasive applications
General purpose spiral-point tap for threading blind or through holes in ferrous and non-ferrous materials. Features a #6-32 UNC thread size, H2 tolerance, plug chamfer, and 2 flutes. Constructed from black oxide cobalt steel for wear resistance. The spiral-point design pushes chips ahead to reduce clogging during operation
WIDIA GTD
General purpose spiral-point tap for threading blind or through holes in ferrous and non-ferrous materials. Features a #6-32 UNC thread size, H2 tolerance, plug chamfer, and 2 flutes. Constructed from black oxide cobalt steel for wear resistance. The spiral-point design pushes chips ahead to reduce clogging during operation
WIDIA GTD Spiral Point Tap: 3/4"-10 UNC, H5, 3 Flute, Plug Chamfer, Black Oxide Cobalt (MPN VTSPO5103)
WIDIA GTD
WIDIA GTD Spiral Point Tap: 3/4"-10 UNC, H5, 3 Flute, Plug Chamfer, Black Oxide Cobalt (MPN VTSPO5103)
WIDIA GTD Spiral Point Tap: #12-24 UNC, H3, 3 Flute, Plug Chamfer, Black Oxide Cobalt (MPN VTSPO5395)
WIDIA GTD
WIDIA GTD Spiral Point Tap: #12-24 UNC, H3, 3 Flute, Plug Chamfer, Black Oxide Cobalt (MPN VTSPO5395)

More from WIDIA GTD

View all WIDIA GTD parts
This spiral-point tap is designed for through-hole threading applications. The spiral-point geometry pushes chips ahead of the tap, reducing clogging. It features a TiN-coated cobalt construction for wear resistance. Suitable for general purpose threading in ferrous and non-ferrous materials
WIDIA GTD
This spiral-point tap is designed for through-hole threading applications. The spiral-point geometry pushes chips ahead of the tap, reducing clogging. It features a TiN-coated cobalt construction for wear resistance. Suitable for general purpose threading in ferrous and non-ferrous materials
General purpose spiral-point tap for through-hole threading. Features a black oxide cobalt finish, H4 tolerance, plug chamfer, and 2 flutes. Suitable for ferrous and non-ferrous materials. Manufacturer part number VTSPO5007
WIDIA GTD
General purpose spiral-point tap for through-hole threading. Features a black oxide cobalt finish, H4 tolerance, plug chamfer, and 2 flutes. Suitable for ferrous and non-ferrous materials. Manufacturer part number VTSPO5007
This spiral-point tap is designed for threading through holes in ferrous and non-ferrous materials. Its spiral-point geometry pushes chips ahead of the cutting action, facilitating chip evacuation in production tapping applications. The TiCN coating on high-speed steel provides wear resistance, while the H3 tolerance and plug chamfer ensure consistent thread depth and quality
WIDIA GTD
This spiral-point tap is designed for threading through holes in ferrous and non-ferrous materials. Its spiral-point geometry pushes chips ahead of the cutting action, facilitating chip evacuation in production tapping applications. The TiCN coating on high-speed steel provides wear resistance, while the H3 tolerance and plug chamfer ensure consistent thread depth and quality
This spiral-point tap is designed for through-hole threading in ferrous and non-ferrous materials. It features a D6 plug chamfer, TiCN coated cobalt construction, and 3 flutes for efficient chip evacuation. Suitable for production environments requiring consistent thread quality
WIDIA GTD
This spiral-point tap is designed for through-hole threading in ferrous and non-ferrous materials. It features a D6 plug chamfer, TiCN coated cobalt construction, and 3 flutes for efficient chip evacuation. Suitable for production environments requiring consistent thread quality
This spiral-point tap is designed for threading through-holes in ferrous and non-ferrous materials. It features a plug chamfer and black oxide cobalt finish. The spiral-point design pushes chips forward, making it suitable for production tapping applications
WIDIA GTD
This spiral-point tap is designed for threading through-holes in ferrous and non-ferrous materials. It features a plug chamfer and black oxide cobalt finish. The spiral-point design pushes chips forward, making it suitable for production tapping applications
General purpose spiral-point tap for threading blind or through holes in ferrous and non-ferrous materials. Features M12x1.75 metric thread, 6G tolerance, plug chamfer, black oxide cobalt finish, and 3 flutes. Spiral-point design pushes chips forward to reduce clogging in production threading operations
WIDIA GTD
General purpose spiral-point tap for threading blind or through holes in ferrous and non-ferrous materials. Features M12x1.75 metric thread, 6G tolerance, plug chamfer, black oxide cobalt finish, and 3 flutes. Spiral-point design pushes chips forward to reduce clogging in production threading operations
General purpose spiral-point tap for through-hole threading. Features H3 tolerance, 2 flutes, plug chamfer, and black oxide cobalt finish. Suitable for ferrous and non-ferrous materials
WIDIA GTD
General purpose spiral-point tap for through-hole threading. Features H3 tolerance, 2 flutes, plug chamfer, and black oxide cobalt finish. Suitable for ferrous and non-ferrous materials
General purpose spiral-point tap with M8x1 metric thread, D5 tolerance, and plug chamfer. Features 3 flutes and black oxide cobalt finish. Designed for through-hole threading in ferrous and non-ferrous materials, pushing chips ahead to reduce clogging
WIDIA GTD
General purpose spiral-point tap with M8x1 metric thread, D5 tolerance, and plug chamfer. Features 3 flutes and black oxide cobalt finish. Designed for through-hole threading in ferrous and non-ferrous materials, pushing chips ahead to reduce clogging