This textile machine bearing series (covering C28-2Z/C43-2Z/C63-2Z and C28-2RS/C43-2RS/C63-2RS) is dedied to linear motion guide systems of textile equipment, with the C63 model featuring dimensions 17mm ID × 50mm OD × 17.5mm Width. Their bevel profiles tightly fit textile machine guide tracks, ensuring stable load transmission during high-frequency reciproing motion (e.g., weaving/spinning processes). Crafted from premium GCr15 bearing steel (hardness 58-62 HRC) with precision-ground raceways, the bearings resist wear under long-term continuous operation. The 2Z (double-sided metal shields) and 2RS (double-sided rubber seals) options effectively block cotton lint and dust in textile workshops, maintaining internal lubriion stability.

Cotton spinning machine guide mechanisms, weaving loom heddle components, textile printing & dyeing equipment cloth guide parts, non-woven fabric production line linear guides, textile machinery after-sales maintenance market

• Direct replacement for original bevel track rollers of mainstream textile machines (e.g., Tsudakoma looms, Toyota spinning equipment) across C28/C43/C63 specifiions
• Interchangeable with INA’s equivalent linear motion bevel roller bearings of matching dimensions
• Domestic alternative: ZWZ textile machine bevel track roller bearings (C28/C43/C63 series)

1. Q: How does this bearing series handle cotton lint in textile workshops?

   A: Both 2Z metal shields and 2RS rubber seals seal the raceway tightly, blocking lint and dust from entering—ensuring stable operation in dusty textile environments.

2. Q: What’s the difference between C28/C43/C63 models?

   A: They differ in dimensions (bore/outer dia/width) to adapt to different load and installation space requirements of textile machine components (e.g., C63 for larger guide parts, C28 for compact components).

3. Q: Can these bearings withstand high-frequency reciproing motion?

   A: Yes—their high-hardness (58-62 HRC) steel and precision raceways enable durability under 1200+ cycles/hour reciproing motion.