
Product Overview
The S-XPF and OIL-S-XPF are high-performance forming taps designed for use in carbon and alloy steels, particularly in automotive applications. These taps offer long tool life due to their ability to avoid chip-related issues common with cutting taps. They are effective in machining steel forgings and provide stable performance with reduced tapping torque and heat generation.
Features
Specifications
The document provides detailed specifications for various models, including dimensions and recommended drill hole sizes. It emphasizes the importance of trial tapping to determine the appropriate hole diameter due to material variability.
Applications
S-XPF and OIL-S-XPF taps are ideal for automotive parts and perform exceptionally well in alloy, forged, and hardened steels up to 35 HRC. They are suitable for medium and high carbon steels, alloy steels, hardened steels, and stainless steels with specific tapping speeds recommended for each material type.
Machining Examples
Examples demonstrate the taps' ability to achieve stable tapping in various materials, including SCM440 and 42CrM04, using both water-soluble and non-water-based lubricants. The taps show reduced tapping torque and increased hole count compared to competitors.
Instructions for Use
Performance Comparison
Graphs and data illustrate the S-XPF's reduced tapping torque by 30% compared to existing products and its ability to perform stable machining even in challenging applications.
S-XPF OIL-S-XPF PRODUCT INFORMATION X Performer Forming Taps ! Exceptional performance in alloy steels, forged steels, and hardened steels up to 35 HRC ! Long tool life is possible in carbon and alloy steels, as there are no problems with chips typically found with cutting taps. This is particularly effective for machining steel forgings for automotive applications. The use of special threading reduces tapping torque and heat generation, which creates stable, long tool life even when using water-soluble cutting fluid. Stable tapping performance can be achieved thanks to the high wear resistance and toughness of the cobalt HSS substrate. The excellent wear resistance and anti-welding properties of the V coating provide the S-XPF with stable tool life.
Open the catalog to page 11. Only M6 shanks have a male center. 2. The proper drill hole size may change due to work material. Use the recommended drill hole size as a benchmark. 3. As the hole diameter may vary by behavior of plasticity depending on the material, hardness and shapes of workpiece, the hole diameter should be determined through trial tapping prior to final machining. 4. The drill hole size is for a 6H internal thread. 5. TAP Limit does not guarantee thread limit for the internal thread after tapping. 1. The proper drill hole size may change due to work material. Use the recommended drill hole size as a...
Open the catalog to page 2Instructions for use S-XPF & OIL-S-XPF. 1. Check the forming condition in the same way as for conventional nu-roll taps. 2. Highly lubricating water soluble or non-water soluble coolants are recommended. 3. Use machines and toolholders with minimum runout. 4. Cutting conditions may change depending on the strength of the work material, machines, and toolholders. 5. The formed thread has a small slit at the crest. Applications for use S-XPF & OIL-S-XPF. * 1 Please use a cutting fluid with high lubricity. Work Material Tapping Speed Ideal ◎ iGood O ' • Unit:mm 1. The proper drill hole size may...
Open the catalog to page 3S-XPF Taps are able to achieve stable tapping even in medium carbon steels (with Vanadium) using water soluble fluid. OSG EUROPE s.a Av. Lavoisier 1 B-1300 Wavre Nord Belgium Tel. + 32.10.230508 Fax + 32.10.230531 _Tool specifications subject to change without notice E-mail: [email protected] www.osgeurope.com All rights reserved. ©OSG Europe 2009. EUR(OIL-)S-XPF01R09a The contents of this catalogue are provided to you for viewing only. They are not intended for reproduction either in part or in whole in this or other medium. They cannot be copied, used to create derivation work or used for...
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