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53Selection Guide Product Air Bearings Metallic Bearing Multi-layer Bearing Plastic Bearing Information Technical Corporate Profi le Information Slide Shifter Product Information MULTI-LAYER BEARINGS Oiles Hiplast N Metallic mesh polytetrafl uoroethylene plastic composite bearings P.175 Oiles Hiplast E Metallic mesh polytetrafl uoroethylene plastic composite bearings P.175 As thin as 0.5 mm, allowing zero clearance. The Oiles Hiplast series are self-lubricating bearings composed of metallic mesh base material and polytetrafl uoroethylene plastic covering with wearresistant fi ller. ■ Serviceable without the need for lubrication. Features superior load resistance and wear resistance. As thin as 0.5 mm, allowing for a compact design. ■ Features superior chemical and heat resistance. ■ Special mounting method unique to the Hiplast series allows zero clearance. (Backlash prevention) ■ Metallic mesh offers lower thermal expansion coefficient and higher thermal conductivity than plastic bearings. ■ Press-formed and available in intended forms. Conductive bearings allowing zero clearance The Oiles Hiplast E series are the conductive grades of the Oiles Hiplast series designed for using thin bearings when electric conductivity is required. ■ Electrically conductive. ■ Serviceable without the need for lubrication. As thin as 0.5 mm, allowing for a compact design. ■ Has the same functions as the Hiplast series. ■ Press-formed and available in intended forms. Oiles Toughmet D Wear resistant special additive dispersed sintered bronze bearings with back metals P.169 Demonstrates superior wear resistance under lubricated conditions. The Oiles Toughmet D series are bearings for in-oil and boundary lubrication composed of two layers: Sintered bronze layers with dispersed wear-resistant special-additives and back metals. Has dimples for improving the grease or oil retaining strength on the sliding surface of the bearing for superior sliding performance and wear resistance. ■ High load resistance and wear resistance. Free from seizure and other troubles. ■ Thin bearing allows compact design. ■ Demonstrates superior eff ects even in applications where oil fi lm is seldom produced such as reciprocating, oscillating, intermittent, or other motions. ■ Remarkable reduces the frequency of lubrication.