6004-2RS is used: in the Polaris sleds on the rear bogey wheels, in BRP/Lynx rear wheels, and Ice Age Hellfire wheels + others.
Includes: 1 Bearing
All bearings carry a lifetime warranty. We will replace any faulty, broken, or damaged bearing for free, regardless of the situation.
Construction consists of hardened chrome steel races which are polished on the inside, with silicon nitride (Si3n4) ball bearings, and teflon cages. Shell grease.
Examples include turbocharger bearings, wind generators, & engine crank bearings in race engines.
The ceramic material is extremely hard, and able to be made in a way that ensures perfectly smooth surfaces and perfectly round bearing spheres even on a microscopic level. HIP is a process that takes an already durable and hard ceramic and amplifies it’s molecular structure to a higher level. HIP-treated silico nitride is 1000% harder than tool steel or stainless steels. It is excellent for taking impacts and resisting deformation under the world’s harshest conditions. The HIP process is usually reserved for drill bits, ultra-precise cutting tools, and Formula 1 bearings.
6004-2RS is used: in the Polaris sleds on the rear bogey wheels, in BRP/Lynx rear wheels, and Ice Age Hellfire wheels + others.
Includes: 1 Bearing
All bearings carry a lifetime warranty. We will replace any faulty, broken, or damaged bearing for free, regardless of the situation.
Construction consists of hardened chrome steel races which are polished on the inside, with silicon nitride (Si3n4) ball bearings, and teflon cages. Shell grease.
Examples include turbocharger bearings, wind generators, & engine crank bearings in race engines.
The ceramic material is extremely hard, and able to be made in a way that ensures perfectly smooth surfaces and perfectly round bearing spheres even on a microscopic level. HIP is a process that takes an already durable and hard ceramic and amplifies it’s molecular structure to a higher level. HIP-treated silico nitride is 1000% harder than tool steel or stainless steels. It is excellent for taking impacts and resisting deformation under the world’s harshest conditions. The HIP process is usually reserved for drill bits, ultra-precise cutting tools, and Formula 1 bearings.
