FIBERFLON OH

FIBERFLON OH

Product catalog summary
Overview: The document provides technical specifications and performance data for Oiles Fiberflon TR and OH multi-layer polytetrafluoroethylene (PTFE) plastic bearings. These bearings are designed for high-load, low-speed applications and are suitable for use in various environments, including air, water, and seawater.
Features:
  • Oiles Fiberflon TR Bearings: These bearings do not require lubrication and exhibit superior wear resistance. They have a low coefficient of friction and are effective under high-load, low-speed conditions. The sliding surface is reinforced with cross-woven fabric to mitigate PTFE's cold flow disadvantage. They offer excellent resistance to heat, cold, and chemicals, and can be used in water and seawater.
  • Oiles Fiberflon OH Bearings: These bearings are suitable for use in air, water, or seawater and demonstrate superior wear resistance under micro-motion. They feature a dual structure with a sliding layer and a glass fiber backing material, providing load-bearing characteristics similar to metal bearings. They have a low swelling rate, allowing for easy dimensional setting, and can be machined on the inner surface.
Service Range:
  • Oiles Fiberflon TR Bearings: Operate in a temperature range of -40 to +120°C. The maximum allowable pressure is 1.20 N/mm², and the maximum velocity is 0.15 m/s.
  • Oiles Fiberflon OH Bearings: Also operate in a temperature range of -40 to +120°C. The maximum allowable pressure is 1.2 N/mm², and the maximum velocity is 0.15 m/s. These bearings are registered in the New Technology Information System (NETIS) for specific applications.
Mechanical Properties:
  • Oiles Fiberflon TR Bearings: Specific gravity is 1.4, tensile strength is 95 N/mm², flexural property is 110 N/mm², and compressive strength is 195 N/mm².
  • Oiles Fiberflon OH Bearings: Specific gravity is 1.7, tensile strength is 165 N/mm², flexural property is 238 N/mm², and compressive strength is 127 N/mm².
Test Data:
  • Oiles Fiberflon TR Bearings: Journal oscillation tests show a relationship between contact pressure and coefficient of friction, as well as wear amount under different pressures.
  • Oiles Fiberflon OH Bearings: Tests conducted in atmospheric air and water show wear amounts and coefficients of friction over time, indicating performance in different environments.
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Catalog excerpts

FIBERFLON OH-1

Multi-layer polytetrafluoroethylene plastic bearings ^ Free • Serviceable without the need for lubrication. Has superior wear resistance. • Demonstrates the low coefficient of friction of the PTFE plastic as is. • Offers superior performance under high-load, low-speed conditions. • The sliding surface is made of cross-woven fabric hardened firmly with plastic to improve cold flow, disadvantage of PTFE, remarkably. • Has superior heat, cold and chemical resistance. • Backing materials are selectable according to applications. • May be used in water and seawater. Service range Condition: in atmosphere, bushing, shaft rotation. Multi-layer polytetrafluoroethylene plastic bearings This product is registered in the New Technology Information System (NETIS) managed by MLIT. Technology name : Solid-lubricant dispersed bearing FIBERFLON OH/Registration No. : KT-130060-VE (for water gates/underwater pumps) • This product can be used in air, water or seawater. • Demonstrates superior wear resistance under micro-motion. • Thanks to the dual structure of the sliding layer and backing material (FRP:glass fiber), this product offers load bearing characteristics equivalent to those of metal bearings. • Easy dimensional setting due to a low swelling rate. • Machining on the inner surface is possible. Service range Condition: in atmosphere, bushing, shaft rotation. The values in parentheses are static bearing pressures, which are the bearing pressures in applications with no motion or very small motion (^0.0017m/s[0.1m/min]). ^The values shown above are typical values, not the standard values. ^The values shown above are typical values, not the standard values. Test data Test data Journal oscillation test <Testing conditions> Bearing dimension : 04OX05OX R 30 Mating material : S45C (surface roughness Rz2jum) o 0.10 Pressure : 49.0N/mm2|500.0kgf/cm2| Oscillating cycle : 5cpm Oscillating angle : ±45° Oscillating frequency : 50,000cycle Test time : 167hrs.

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