Order KH 1026 PP CT linear ball bearing from simmering.pl and ensure precise motion with fast 24h delivery.
Warehouse and Store: Lublin, Smoluchowskiego 1, building 4
24h delivery - fast order fulfillment
KH 1026 PP CT is a compact linear ball bearing designed for precise linear motion in industrial and mechanical systems requiring smooth shaft guidance.
The construction includes:
The PP seals protect the internal structure against dust and contamination, ensuring longer service life and stable operation.
Technical section:
The KH 1026 PP CT bearing enables linear motion through recirculating balls that move along the shaft, ensuring low friction and high precision.
The KH 1026 PP CT linear bearing is widely used in precision motion systems.
Typical applications:
Its compact design makes it ideal for applications with limited installation space.
The KH 1026 PP CT bearing provides high precision and reliability.
Key benefits:
This makes it an ideal solution for modern automation and precision engineering.
KH 1026 PP CT 10x14x26 is a linear ball bearing designed for applications requiring precise linear motion, compact dimensions and reliable operation.
Within the category of linear bearings at simmering.pl, this model represents an efficient solution for automation systems and mechanical assemblies. The 10 mm shaft diameter and compact size make it suitable for a wide range of precision applications.
Linear ball bearings such as KH 1026 are essential components in modern machinery. The PP seals provide protection against contamination, while the recirculating ball system ensures smooth and accurate linear movement.
Long-tail keywords:
In industrial environments, this bearing improves positioning accuracy, reduces friction and ensures consistent motion performance.
It refers to a linear bearing for a 10 mm shaft with double seals.
Yes, it has PP seals on both sides.
For linear motion systems such as CNC and automation.
Yes, it provides accurate and smooth linear movement.
In machines, guides and positioning systems.