PU Coated Gravity Roller
The PU Coated Gravity Roller is a precision bearing roller with a polyurethane coated shaft, designed for smooth, quiet operation under load. It is mounted on a carbon steel bearing house and rated for gravity-fed material transfer in industrial conveyor systems. The unit is suitable for use with standard tube diameters and shaft sizes, providing consistent performance across multiple units in a line.
Product Overview
The PU Coated Gravity Roller is a precision bearing roller with a polyurethane coated shaft, designed for smooth, quiet operation under load. It is mounted on a carbon steel bearing house and rated for gravity-fed material transfer in industrial conveyor systems. The unit is suitable for use with standard tube diameters and shaft sizes, providing consistent performance across multiple units in a line.
Part of the Roller range, used in Warehouse and Distribution Centres.
Key Benefits
- Polyurethane coating reduces noise and protects product surfaces during transfer
- Precision bearing ensures smooth rotation under load and consistent speed
- Carbon steel bearing house provides durability in industrial environments
- Matches standard tube diameters and shaft sizes for direct replacement
- Suitable for use in gravity roller conveyors where powered drive is not required
Application Scenarios
- Gravity roller conveyors in warehouse loading docks for moving cartons and crates
- Assembly line transfer points where product must move without powered drive
- End-of-line staging areas where items are manually pushed between stations
- Material handling systems with limited space for motorized drive components
- Conveyor sections where noise reduction is required near operator workstations
Who It Is For
- Conveyor system integrators building gravity roller sections for material flow
- Industrial equipment builders requiring consistent roller performance
- Warehouse automation contractors installing low-maintenance transfer lines
- Production line designers integrating gravity rollers into assembly sequences
- Industrial distributors stocking rollers by shaft size and load capacity
Problems It Solves
- Noise from metal-on-metal contact in gravity roller conveyors
- Product damage from hard roller surfaces during transfer
- Inconsistent roller performance due to poor bearing fit or housing deformation
- Difficulty in replacing rollers when shaft size or tube diameter does not match
- Lack of standardization across multiple roller suppliers in a single system
Technical Features
- Polyurethane coated shaft for quiet operation and surface protection
- Precision bearing for smooth rotation and long service life
- Carbon steel bearing house for strength and resistance to deformation
- Designed to fit standard tube diameters and shaft sizes used in gravity conveyors
- No drive mechanism required, relying on gravity or manual push for movement
Materials
- Polyurethane coating on the shaft to reduce noise and protect product surfaces
- Carbon steel bearing house for structural integrity and resistance to impact
- Precision bearing with steel rollers and cage for consistent rotation
Quality Control
- Rotation checked by hand for free movement and absence of binding
- Coating thickness verified to ensure consistent surface performance
- Bearing house dimensions checked against standard tube and shaft sizes
- Material grade confirmed against the carbon steel specification
Customization Options
- Available in standard shaft sizes and tube fits for direct replacement
- Polyurethane coating can be specified for different hardness levels if required
- Bearing house material can be changed to stainless steel if needed for wet environments
Use Guide
- Ensure the roller shaft fits the existing tube or shaft diameter in the conveyor frame
- Check that the polyurethane coating is intact before installation to avoid premature wear
- Use in gravity-fed sections where manual or product weight drives movement
- Avoid overloading beyond the system's design load to maintain bearing life
- Inspect regularly for coating wear or bearing noise indicating maintenance need
Specifications
| Model No | 01GR |
|---|---|
| Bearing Type | Precision Bearing |
| Bearing House | Carbon Steel |
| Coating | Polyurethane (PU) |
| Shaft Material | Steel |
| Mounting | Standard tube or shaft fit |
| Application | Gravity roller conveyor |
Manufacturing Process
Step 1
Shaft machining and surface preparation for coating
Step 2
Polyurethane coating application and curing
Step 3
Precision bearing assembly into carbon steel housing
Step 4
Final inspection of rotation and fit
Step 5
Packaging for shipment
Compared With Other Options
| Uncoated steel rollers | The PU coating reduces noise and protects product surfaces, while uncoated rollers can mark or damage light packaging |
|---|---|
| Rubber coated rollers | PU coating offers better wear resistance and longer life than rubber under continuous industrial use |
| Motorized rollers | The gravity roller operates without power, reducing system complexity and maintenance needs |
PU Coated Gravity Roller Questions
What is the coating material on the roller shaft?
The shaft is coated with polyurethane (PU) for quiet operation and to protect product surfaces.
Is the bearing house made of steel?
Yes, the bearing house is made of carbon steel for strength and durability.
Can this roller be used in wet environments?
The carbon steel housing is suitable for dry or light-duty wet areas, but stainless steel housing is available upon request.
What type of bearing is used?
A precision bearing is used to ensure smooth rotation and long service life.
Does the roller require a drive motor?
No, it is a gravity roller and operates without a motor, relying on product weight or manual push.
What shaft size does it fit?
It is designed to fit standard tube and shaft sizes used in gravity roller conveyors.
Get a Price for PU Coated Gravity Roller
Send the quantity and any material or surface option you need, and a quotation comes back against this model number.