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Glider Rollers Idlers

Glider rollers, made of UHMW PE, is an INNOVATIVE products, very useful in extreme conditions. Glider,the import substitute is a taken by most of the customer with open hearts to make the conveying more efficiently. Low wear, High Impact Strength and anti sticking properties are being exploited fully to effectively use the UHMW PE Rollers. The life of UHMW PE Glider Roller is very high as compare to Metal or any other plastic Roller.

UHMW PE (Ultra-High Molecular Weight Polyethylene) idlers, rollers, and return rollers are widely used in various industries, particularly in material handling and conveyor systems. Here’s an overview of their usage, benefits, and applications:

1. Conveyor Systems:

  • Carrying idlers: Support the loaded belt.
  • Return rollers: Guide the empty belt back to the loading point.
  • Impact rollers: Absorb shock at loading points.

2. Material Handling:

  • Guide rollers in chutes and transfer points.
  • Rollers in sortation systems.

3. Mining and Quarrying:

  • Conveyor rollers for transporting ore, coal, and aggregates.

4. Agriculture:

  • Rollers in grain handling equipment.
  • Guide rollers in fertilizer spreaders.

5. Food Processing:

  • Conveyor rollers in food-grade applications.

Glider®UHMW PE Roller:

Conveyor rollers are traditionally being manufactured using MS pipes. Conveying of

Comparison Between Metal and Glider®UHMW PE Roller

PropertiesMetalGLIDER – UHMW PEAdvantage
WeightHeavyLightEasier Handling
Density7.80.94Lighter Weight, 8 Times Lighter
Wear Out (App Life)1 YearAround 4 yearsVery Long Life (4 to 6 Times than Metal or any other plastic)
Belt LifeLow High Low Running Cost
Abrasion ResistanceLow HighIncreased Life
AdhesiveYes No Adhesive Low Maintenance, Less Down Time
Corrosion ResistanceLow HighLow Maintenance, Less Down Time
Co-efficient of FrictionHigh Low Increased Life
Wall ThicknessLow – 3 MMHigh – 7/13 MMHigh Life
Sharp EdgesFormedNo FormationSaves Belt from Damage
ModularNo Yes Can Change Bearing if required
Energy SavingHigh WeightLow WeightDead Weight –Low, Low co-efficient of friction saves energy
Life in Extreme Condition (Humid , Chemical)Very LowHigh LifeReduce frequent replacement of Rollers, Cost Saving
Chemical ResistanceLowHigh Work Efficiently in Chemicals and corrosive material
Impact StrengthHigh HighHighest Impact Strength among all plastic, No Breakage
Water AbsorptionZero Zero Better than any other Plastic
Over All LifeLow Very HighVery Low Wear gives
Over All MaintenanceHigh Low Less Down Time, Low Maintenance
Noise High Very Low Silent Work Environment

Benefits of UHMW PE idlers, rollers, and return rollers:

1. Low Friction:

  • Reduces power consumption.
  • Minimizes belt wear.

2. Noise Reduction:

  • Quieter operation compared to steel rollers.

3. Lightweight:

  • Easier installation and maintenance.
  • Reduces stress on support structures.

4. Corrosion Resistance:

  • Ideal for wet or corrosive environments.

5. Abrasion Resistance:

  • Long service life in abrasive material handling.

6. Non-Stick Properties:

  • Reduces material buildup and carryback.

7. Impact Resistance:

  • Withstands shock loads at transfer points.

8. Temperature Resistance:

  • Performs well in a wide range of temperatures.

9. Chemical Resistance:

  • Suitable for handling various chemicals and materials.

10. Low Maintenance:

  • Reduced need for lubrication and replacement.

Specific Applications:

1. Troughing Idlers:

  • UHMW PE rollers arranged to form a trough shape, supporting the loaded belt.

2. Flat Return Idlers:

  • Single UHMW PE roller supporting the return belt.

3. V-Return Idlers:

  • Two angled UHMW PE rollers forming a V-shape to center the return belt.

4. Impact Beds:

  • Multiple UHMW PE rollers arranged to absorb impact at loading zones.

5. Self-Cleaning Spiral Rollers:

  • Specially designed UHMW PE rollers with spiral grooves to prevent material buildup.

Considerations for Implementation:

  • Proper sizing based on load and belt speed.
  • Appropriate spacing of idlers along the conveyor.
  • Regular inspection for wear and alignment.
  • Potential for static buildup in some applications (may require antistatic additives).
  • Temperature limitations compared to steel rollers (though still suitable for most applications).

UHMW PE idlers, rollers, and return rollers offer significant advantages in terms of reduced maintenance, energy efficiency, and extended belt life. They are particularly valuable in applications involving abrasive materials, corrosive environments, or where noise reduction is important.

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