HSS Machine Taps

Nano-Rainbow TiAlN Coated HSS-E Machine Taps | M2-M52 & UNC/UNF | High-Performance Colorful Taps for CNC 1. Introduction: The Four Pillars of Threading Excellence Our Nano-Rainbow & TiCN Coated Series represents the next generation of tapping technology. As a factory-direct manufacturer, we have applied advanced physical vapor deposition (PVD) technology to our premium HSSE-M35 (5% Cobalt) substrate. These coatings are not just for aesthetics—they provide a critical thermal

1. Introduction: The Global Through-Hole Specialist Our ISO 529 TiN Coated Spiral Point Machine Taps (also known as "Gun Taps") are engineered for high-efficiency through-hole threading according to international standards. By combining a premium HSS-M2 substrate with a Titanium Nitride (TiN) PVD coating, these taps offer a surface hardness of approximately 2300 HV. The specialized Spiral Point geometry at the cutting face is designed to continuously push chips forward and

1. Technical Dimension: Material & Coating Excellence Our JIS TiCN Coated Spiral Point Taps are engineered for high-durability and maximum cutting speeds. Premium Substrates: HSS-E M35 (5% Cobalt): Provides the essential "Red Hardness" to resist heat in tough alloys. HSSE-PM (Powder Metallurgy): The ultimate choice for 24/7 automated production, offering extreme toughness to prevent micro-chipping. TiCN PVD Coating: The Titanium Carbo-Nitride (TiCN) layer (Blue-Grey) offers a

1. Technical Dimension: Material & Precision Engineering Our JIS Straight Flute Taps are the workhorse of the precision tool industry. Substrate Options: * HSS-M2 (AISI M2): The industry standard for general engineering, offering a perfect balance of toughness and wear resistance. HSS-E M35 (5% Cobalt): Enhanced with Cobalt to handle higher heat and tougher materials like stainless steel or alloy steels. Bright Finish (Uncoated): The precision-ground, polished surface

1. Product Overview: The High-Performance Blind Hole Specialist Our JIS Standard TiCN Spiral Flute Taps are engineered for high-speed automated tapping in blind holes. The 35° right-hand helix acts as a "chip elevator," pulling long, stringy chips upward and out of the hole to prevent clogging—the #1 cause of tap breakage. With a TiCN (Titanium Carbo-Nitride) coating, these taps reach a surface hardness of 3,000 HV, offering significantly better wear resistance than standard

DIN 371/376 HSS-E M35 TiN Coated Form Taps | M2-M20 Cobalt Fluteless Taps for Chipless Threading 1. Introduction: The Revolution of Chipless Tapping Our DIN 371/376 TiN Coated Form Taps (also known as Fluteless Taps or Cold Roll Taps) represent the most efficient threading solution for ductile materials. Unlike traditional taps, these tools do not cut the material; instead, they displace it to form the thread profile. The result is a compressed, high-strength thread with a

Premium Long Shank Nut Machine Taps | M2-M22 HSS-E Taps for Fastener Production Lines | Factory Direct High-Durability Threading Tools 1. Introduction: The Foundation of Fastener Manufacturing Our Long Shank Nut Machine Taps are specifically designed for the high-volume production of industrial nuts. Unlike standard machine taps, the elongated shank allows multiple finished nuts to accumulate on the tool during the continuous tapping process of automatic nut-tapping machines.

GOST 3266 HSS 4341 Metric Machine Taps | M3-M52 Straight Flute Taps for Russia Industrial Standards 1. Standard Dimension: Strict Adherence to ГОСТ 3266-81 Our taps are not just "metric"—they are engineered specifically to the GOST 3266 (ГОСТ 3266-81) dimensional standard. This is the industrial backbone of Russia and the CIS region. Perfect Fit: The shank diameters and square drive dimensions (k) are precision-ground to fit traditional Russian tap wrenches and specialized

ANSI Standard HSS-M2/M35 Machine Taps | UNC & UNF American Thread Series | Precision Ground Taps for US Market 1. Introduction: The Professional Solution for American Threads Our ANSI B94.11 Standard Taps are engineered specifically for the North American and Middle Eastern industrial markets. Whether you are producing specialized automotive parts or aerospace components, our Unified Coarse (UNC) and Unified Fine (UNF) taps provide the extreme precision required for American

Industrial DIN/JIS/ANSI Standard Taps | M2-M52 High-Speed Steel | Multi-Coating Solutions for Blind & Through Holes 1. Introduction: Your Comprehensive Partner for Threading Excellence Our latest collection of HSS-E M35 Machine Taps brings together the finest in German engineering standards and advanced surface treatments. As a factory-direct supplier, we offer a versatile range designed to conquer every industrial material, from soft aluminum to high-tensile stainless steel.

High-Performance HSS-E M35 Machine Taps | Spiral, Form, Straight, & Gun Point Taps | M2-M52 & ANSI #4-1.5" 1. Introduction: The Four Pillars of Threading Excellence Our HSS-E M35 (5% Cobalt) Machine Tap Collection offers the ultimate solution for any threading challenge. By selecting the correct geometry from our four core designs, you can optimize chip evacuation, thread strength, and tool life across all industrial materials, including Stainless Steel (304/316), Alloy

Full Range HSS-E M35 Machine Taps | Metric M2-M52 & ANSI #4-1.5" | Precision TPI & Pitch Specifications 1. Introduction: Precision Threading from Micro to Macro Our HSS-E M35 (5% Cobalt) Machine Taps are engineered for global compatibility. Whether you are working on micro-electronics or heavy infrastructure, our range covers every standard pitch and TPI (Threads Per Inch). Every tap is CNC Fully Ground to ensure the highest thread profile accuracy, catering to Class 2B/3B

1. Introduction: The Pipe Threading Specialist (G / BSP) Our DIN 5157 Pipe Tap Sets are engineered for the manual creation and repair of Parallel Pipe Threads (G / BSP). These threads are the global standard for connecting pipes, valves, and hydraulic fittings where a pressure-tight joint is required. Each set consists of two taps: a Taper Tap (No. 1) to start the thread and a Finish/Bottoming Tap (No. 2) to finalize the profile. By using this 2-step system, our HSS-M2 taps

1. Introduction: The Pipe Threading Specialist (G / BSP) Our DIN 5157 Pipe Tap Sets are engineered for the manual creation and repair of Parallel Pipe Threads (G / BSP). These threads are the global standard for connecting pipes, valves, and hydraulic fittings where a pressure-tight joint is required. Each set consists of two taps: a Taper Tap (No. 1) to start the thread and a Finish/Bottoming Tap (No. 2) to finalize the profile. By using this 2-step system, our HSS-M2 taps

1. Introduction: The Metric Fine (MF) Repair Specialist Our DIN 2181 Hand Tap Sets are engineered for manual threading of Metric Fine (MF) pitches. Unlike standard coarse threads, fine threads provide higher vibration resistance and finer adjustment capabilities. This 2-piece set includes a Taper Tap (No. 1) and a Bottoming Tap (No. 2). By distributing the cutting load across two stages, our HSS-M2 taps ensure a clean, precise thread profile with significantly reduced manual

1. Introduction: The High-Speed "Gun Tap" Specialist Our DIN 371/376 TiN Coated Spiral Point Machine Taps are the ultimate solution for high-efficiency through-hole threading. By combining a premium 5% Cobalt (M35) substrate with a Titanium Nitride (TiN) PVD coating, these taps offer a surface hardness exceeding 2300 HV. The specialized Spiral Point geometry at the cutting face continuously pushes chips forward and out through the bottom of the hole. This design, combined

1. Introduction: The Metric Fine (MF) Specialist Our DIN 374 Spiral Point Machine Taps are engineered specifically for Metric Fine (MF) threading in through-hole applications. Unlike standard coarse threads, fine pitch threads require higher precision and lower torque. The Spiral Point (Gun Point) design features a shallow straight flute with a specialized cutting face that pushes chips forward and out the bottom of the hole. Available in HSS-M2 for general engineering and

1. Dimensional Overview: Material & Coating Synergy Our TiCN (Titanium Carbo-Nitride) coated taps represent a significant upgrade over standard TiN. By adding Carbon to the Titanium-Nitride matrix, we achieve a surface that is both harder and more lubricious. • HSS-E M35 Substrate: Forged with 5% Cobalt, providing the necessary "Red Hardness" to maintain a sharp edge even when friction temperatures reach 600°C. • TiCN PVD Coating: Boasting a surface hardness of approximately

1. Introduction: The High-Hardness Through-Hole Specialist Our DIN 371/376 HSS-E M35 TiCN Coated Spiral Point Machine Taps (also known as "Gun Taps") are engineered for the most demanding through-hole threading environments. By combining a 5% Cobalt (M35) substrate with an advanced Titanium Carbo-Nitride (TiCN) PVD coating, these taps achieve a surface hardness of approximately 3000 HV. The specialized Spiral Point geometry at the cutting face continuously pushes chips

1. Introduction: The High-Hardness Specialist Our DIN 371/376 HSS-E M35 TiCN Coated Spiral Flute Taps are engineered for the most demanding blind-hole tapping environments. By combining a 5% Cobalt (M35) substrate with an advanced Titanium Carbo-Nitride (TiCN) physical vapor deposition (PVD) coating, these taps achieve a superior balance of toughness and extreme surface hardness. The 35° spiral flute geometry is optimized to mechanically lift chips out of blind holes, while