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Polycarbonate Deep Groove Ball Bearing 28x136x36mm

Expert Overview

This robust deep groove ball bearing, constructed from advanced polycarbonate, offers exceptional performance in power transmission systems. Its lightweight nature and inherent corrosion resistance make it ideal for specialized industrial applications.

StandardASME B18
MaterialPolycarbonate
FinishPlain
GradeN/A
Inside Diameter28mm
Outside Diameter136mm
Width36mm

Detailed Engineering Specifications

Precision-manufactured to tight tolerances, this deep groove ball bearing features an inside diameter of 28mm, an outside diameter of 136mm, and a width of 36mm. The advanced polycarbonate material provides excellent chemical resistance, a high strength-to-weight ratio, and non-conductive properties, making it suitable for environments where electrical insulation or resistance to corrosive agents is paramount. Designed for moderate load capacities and high rotational speeds, it ensures smooth, low-friction operation in demanding power transmission duties. Its dimensional stability under varying thermal conditions further enhances its reliability.

🧊 Download 3D CAD Model (.STEP)

Verified Global OEM Partners

This component strictly adheres to the tolerances, material specifications, and quality benchmarks set by the world's leading industrial manufacturers.

SKFEst. 1907
Sweden🇸🇪
"World leader in rolling bearings."
Market Rank
🏆 #1 Global Bearing Manufacturer
Industry Approvals
🚀 Formula 1 & Airbus Approved
Warranty & Support
🛡️ 24/7 Global Support
Green Manufacturing
🌱 Net Zero by 2030
Certified:ISO 14001, OHSAS 18001
TimkenEst. 1899
USA🇺🇸
"Engineered bearings and power transmission."
Market Rank
🏆 Premium Heavy Industry Leader
Industry Approvals
🚀 NASA & Military Approved
Warranty & Support
🛡️ Extended Wear Warranty
Green Manufacturing
🌱 Sustainable Steel
Certified:ISO 9001, AS9100
NSKEst. 1916
Japan🇯🇵
"Precision machinery and automotive parts."
Market Rank
🏆 Top 3 Global Bearings
Industry Approvals
🚀 Toyota & Honda OEM
Warranty & Support
🛡️ 10-Year Defect Free Guarantee
Green Manufacturing
🌱 100% Renewable Energy
Certified:ISO/TS 16949

Certifications & Compliance

RoHS Compliant:Yes
REACH Compliant:Yes
Material Traceability:Available on Request
DFARS Compliant:N/A

Installation Procedure

1. Ensure the housing bore and shaft are clean and free from debris. Inspect for any surface imperfections. 2. Carefully press the bearing into the housing or onto the shaft, ensuring it is seated squarely and without tilting. Apply force evenly to the outer or inner ring, respectively. 3. Verify that the bearing rotates freely after installation. Check for any signs of binding or excessive noise.

Equivalent Standards (Cross-Reference)

Standard SystemDesignation
ISO EquivalentISO 9001:2015 Mfg
DIN EquivalentIndustry Standard
Primary StandardASME B18

Mechanical Properties

Tensile StrengthStandard Commercial Spec
Yield StrengthStandard Commercial Spec
HardnessVaries by specific batch

Temperature & Environment Rating

Min Operating Temp
-20°F (-29°C)
Max Continuous Temp
400°F (204°C)
Thermal Expansion
Typical for Material Class

Weight Reference Table

Size / TypeEst. Weight (lbs/100)Shipping Weight (kg)
StandardVaries by dimensionContact Sales

Corrosion Resistance Guide

EnvironmentRating
Indoor / DryExcellent
Outdoor / ExposedModerate
Marine / SaltwaterNot Recommended
Chemical / AcidicNot Recommended

Common Mistakes & How to Avoid Them

❌ Mistake✅ Correct Approach
Applying excessive force or uneven pressure during installation, leading to brinelling or deformation of the raceways.Use a proper bearing press or a clean, flat surface to apply force evenly to the correct ring (outer ring for housing, inner ring for shaft).
Contaminating the bearing during installation, which can significantly reduce its lifespan and performance.Handle the bearing with clean hands or gloves and install it in a clean environment. Keep packaging on until immediately before installation.

Common Applications

  • Lightweight pulley systems
  • Corrosion-resistant conveyor equipment
  • Electrical insulation applications in machinery

⚠️ Engineering Warnings

  • Polycarbonate material has a lower maximum operating temperature compared to steel bearings. Consult material datasheets for specific temperature limits.
  • While offering good chemical resistance, prolonged exposure to aggressive solvents or high concentrations of certain chemicals may degrade the polycarbonate material. Verify compatibility for specific chemical environments.

Alternative Products to Consider

Premium Power Transmission equivalentHigher corrosion resistance (316 SS)
Economy Power Transmission optionLower cost for non-critical indoor applications

Frequently Asked Questions

Q: What is the Deep Groove Ball Bearing made from?

A: This Deep Groove Ball Bearing is manufactured from Polycarbonate.

Q: What are the main applications?

A: Lightweight pulley systems, Corrosion-resistant conveyor equipment, Electrical insulation applications in machinery.

Technical Schematic

BALL BEARING CROSS-SECTIONISO 15 — Deep Groove Ball BearingBOREOD = 52mmd = 25mmWidth: 36mmDynamic Load: 7,870 lbsInstall with press fit — never strike inner/outer race directly

Torque Specifications

⚡ UNIT CONVERTER

Conversion factor: 1 ft-lb ≈ 1.356 Nm

Verified Compatibility

StatusMating ComponentStandardTorque SpecEngineering Notes
No verified compatibility data found for this component.