KGF-D(FK)

ManufacturerThomson
Product CodeKGS-2505-T7-LH-X-01380.0-X-R-0
ShippingShipped in 6-8 weeks
Stock AvailabilityOut of stock
PRODUCT DESCRIPTION / OVERVIEW

Advantage of the KGF-D(FK):

  • Manufactured by cold forming without chip removal, ensuring superior material integrity and consistent shaft quality.
  • Very low surface roughness provides smooth interaction with ball nuts, reducing friction and wear.
  • Longest service life achieved due to precision manufacturing and durable material properties.
  • Stable running performance ensures minimal vibration and consistent operation in high-precision applications.
  • High-quality production standards guarantee reliability and repeatability across batches.
  • Reduced maintenance requirements due to low wear and high durability of the shafts.
  • Ideal for applications requiring high precision, smooth motion, and long-term dependable performance.
ABOUT THE PRODUCT
Country of Origin:USA
Industry the product belogs to:
Auto Ancillary
Automation Equipment
Automobile
Cement
Conglomerate
Diversified
Electronic Part Manufacturer
Gear & Gearbox
Glass Manufacturer
Material Handling Equipment
Machine Tools
Mining
Oil, Gas Exploration & Refinery
Packaging Equipment
Pharma Plant & Equipment
General Plant & Equipment
Printing Equipments
Pumps
Steel & Aluminium
Textiles
Tyres
Special Engineering
Power Transmission
Application of the product:
Compatible machine:
Supplier location:Navi Mumbai
PRODUCT SPECIFICATIONS
Lead:5 mm
Length:1380 mm
No of starts:1
FAQs

It is used for high-precision linear motion applications requiring smooth operation, long service life, and economical performance.

It is produced using a cold-rolled forming process with no chip removal, resulting in very low surface roughness and consistent thread geometry.

Cold forming increases fatigue strength, improves longevity, and delivers excellent surface finish for stable running.

Yes, its smooth surface and improved hardness make it reliable for high-speed applications.

No, the advanced cold forming process minimizes wear, reducing the frequency of lubrication and maintenance.