Features カジノ シークレット 評判 SUMIPLOY

Features カジノ シークレット 評判 SUMIPLOY sliding grade

Brand	Features
カジノ シークレット 評判 E	This sliding material is made primarily カジノ シークレット 評判 heat-resistant thermoplastic resin and SUMIKASUPER E101, and has the highest level カジノ シークレット 評判 sliding properties (low and stable coefficient カジノ シークレット 評判 friction in dry conditions. Low coefficient カジノ シークレット 評判 friction and high limit PV value.) among all sliding materials that can be injection molded. It also has the characteristic カジノ シークレット 評判 being difficult to damage even sカジノ シークレット 評判t metals such as SUS and aluminum. It can also be used in a wide range カジノ シークレット 評判 temperatures from low to high, has little stick-slip (uneven sliding カジノ シークレット 評判 the shaft in the case カジノ シークレット 評判 bearings), and has excellent electrical insulation.
カジノ シークレット 評判 S	This sliding material is based on polyethersulfone (PES) and has been given sliding properties while maintaining the mechanical and thermal properties カジノ シークレット 評判 PES. It is suitable for applications where a certain degree カジノ シークレット 評判 mechanical strength is required under relatively mild sliding conditions (low PV value).
カジノ シークレット 評判 K	This is a sliding material based on polyether ether ketone (PEEK). This material has been given sliding properties while maintaining the excellent chemical resistance, fatigue resistance, radiation resistance, and heat resistance that are inherent to PEEK. It is suitable for use under harsh conditions such as high temperature and high load.

Figure 1 Temperature dependence カジノ シークレット 評判 flexural strength and flexural modulus カジノ シークレット 評判 unreinforced grade

Figure 2 Temperature dependence カジノ シークレット 評判 flexural strength and flexural modulus カジノ シークレット 評判 fiber-reinforced grade

Figure 3. Dimensional change カジノ シークレット 評判 SUMIPLOY E due to water absorption