C2050H HPSS Heavy Duty Hollow Pin Stainless Steel Conveyor Roller Chain Ten Feet With One Connecting Link Premium 304 Stainless Steel One And A Quarter Inch Pitch Ideal For Medical Pharmaceutical Food Processing And Heavy Duty Industrial Applications
UPC: 00193019448427
✔️ Pitch 1.250 in, 10 ft length, 304 stainless, 1 CL
Premium 304 stainless steel heavy-duty hollow-pin conveyor chain built for harsh environments. This chain is commonly used in food processing, pharmaceutical, marine, and other high-humidity applications where corrosion resistance and long life matter. It is designed to drive conveyors and material handling systems with reliable performance.
| Dimension | Value |
|---|---|
| Pitch | 1.250 in |
| Roller Diameter | 0.400 in |
| Width Between Inner Plates | 0.370 in |
| Pin Diameter | 0.284 in |
| Pin Length L Max | 0.807 in |
| Pin Length Lc Max | 0.858 in |
| Inner Plate Depth | 0.591 in |
| Plate Thickness | 0.080 in |
| Length | 10 feet |
| Weight Per Foot | 0.509 lbs |
Model: ANSI C2050H-HPSS. Materials and processing emphasize durability and long life, with heat-treated rolls and precision components to handle tough industrial runs.
✅ Pitch Size: 1.250 in
✅ Roller Diameter: 0.400 in
✅ Width Between Inner Plates: 0.370 in
✅ Pin Diameter: 0.284 in
✅ Pin Length L Max: 0.807 in
✅ Pin Length Lc Max: 0.858 in
✅ Inner Plate Depth: 0.591 in
✅ Plate Thickness: 0.080 in
✅ Length: 10 Feet
✅ Weight Per Foot: 0.509 lbs
✅ Material: 304 Stainless Steel
✅ Heat-treated, preloaded and pre-lubricated for wear life
✅ Certifications: ISO 9001:2000 QM, ISO 14001, ISO/TS 16949
💡 What is a heavy-duty hollow-pin stainless steel conveyor chain used for and why choose it?
A handy overview explains why this kind of chain stands up to harsh duty in tough environments.
- Used in food processing and pharmaceutical lines to move products reliably- Resists corrosion in marine and high-humidity settings
- Preloaded and heat-treated for long wear life and steady performance
- Works with standard sprockets and offers consistent tension over time