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TY-2B POM-Based Plain Bearings Boundary Lubricating Lead-free (Blue)

TY-2B POM-Based Plain Bearings Boundary Lubricating Lead-free (Blue)

Material Structure

POM+Porous Bronze+Steel Backing

 

Feature: Improved on the basis of TY-2

1. Three Layer Material, Lead Free

2. Oilless Self-Lubricating and Low Maintenance

3. With Oil Pits or Grooves

4. Low friction factor

5. Good wear resistance

6. Long service life

 

Application

1. Food machinery

2. Other occasions with high environmental protection requirements.

Technical Specifications

Standard Bearing Forms

Cylindrcal bushes

Flanged bushes

Thrust washers

Sliding plates

 

Technical Date

Performance index Data
Max.Load Static load capacity: 70 N/mm²  
Dynamic load capacity: 250 N/mm²
PV limit 22N/mm2.m/s
Temp.limit -40~+130℃
Friction coeff 0.05~0.25μ
Speed limit 2.5m/s
Product Detail

Designed for modern machinery, POM-based plain bearings with boundary lubrication deliver low-friction, reliable performance while adhering to lead-free, environmentally responsible standards. These bearings are engineered for demanding applications where maintenance-free operation and longevity are essential.

Features & Benefits:

Eco-Friendly Lead-Free Material: Safe for applications with strict environmental or regulatory requirements.

Boundary Lubrication: Ensures consistent, smooth movement even under limited lubrication conditions.

Self-Lubricating POM Surface: Minimizes wear and extends service life of both bearings and mating components.

High Load Capacity: Handles significant radial and axial loads for industrial, automotive, and mechanical systems.

Corrosion and Chemical Resistance: Performs reliably in moist, chemical-exposed, or harsh environments.

Maintenance-Free Operation: Reduces downtime and cost, providing long-lasting efficiency.

Ideal for sliding, pivoting, or rotational movements, these POM-based lead-free plain bearings combine sustainability, durability, and low-friction performance, making them a dependable choice for modern engineering applications.

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