Treston chair casters and gliders are specialized mobility components designed for ESD workstations and industrial seating systems in electronics manufacturing, cleanrooms, and quality control environments. These components enable smooth chair movement across different floor surfaces while maintaining electrostatic discharge protection critical for sensitive electronic component handling. The 100mm diameter caster sets like the Treston 860429-00 provide optimal load distribution for concept workbenches and multi-purpose trolleys, while glider sets offer stationary stability for high work chairs in precision assembly tasks.

Caster selection depends on floor surface characteristics with soft casters designed for hard floors and hard casters for soft surfaces to ensure optimal rolling performance and floor protection. The Treston CSCAS series features soft casters rated for hard concrete or epoxy floors, while the CHCAS series uses hard polyurethane wheels for carpeted or vinyl surfaces. Stop&Go casters like the CSTOP series incorporate dual-action braking mechanisms that engage automatically when the chair is unoccupied, preventing unwanted movement during precision work operations.

Treston ESD casters and gliders comply with IEC 61340-5-1 standard for electrostatic discharge control in electronics manufacturing environments, maintaining surface resistance values between 10^6 and 10^9 ohms. The ESD variants including CSCAS-ESD, CHCAS-ESD, and CGLIH-ESD feature conductive materials that provide continuous grounding path through the chair frame to dissipate static charges safely. These components meet DIN EN 100015 requirements for antistatic properties essential in semiconductor assembly, PCB manufacturing, and electronic component inspection applications.

Stop&Go casters feature automatic braking mechanisms that engage when the chair is unoccupied, preventing unwanted movement during precision work, while standard casters provide continuous free-rolling motion. The Treston CSTOP and CSTOP-ESD series incorporate pressure-sensitive brake systems that release when weight is applied and automatically lock when the operator stands up. Standard rolling casters like the CSCAS and CHCAS series offer unrestricted 360-degree movement suitable for frequent repositioning tasks, with 5-piece sets providing complete chair base replacement for optimal load distribution across industrial work environments.

Treston casters and gliders utilize standard 11mm stem diameter connections compatible with most industrial chair bases, requiring simple push-in installation without additional tools or modifications. The 5-piece caster sets provide complete replacement for standard star base configurations, while glider sets replace existing casters for stationary applications requiring enhanced stability. ESD variants require continuous electrical connection through conductive chair components to maintain proper grounding, with installation verification using standard resistance measurement equipment to confirm values below 10^9 ohms from seat to floor contact point.

Treston chair casters support maximum loads up to 120kg per set with individual wheel ratings of 25kg for 100mm diameter configurations, ensuring stable operation under typical industrial seating applications. Operating temperature range spans -10°C to +40°C for standard environments, with ESD variants maintaining electrical properties across this thermal range without degradation. The polyurethane wheel materials provide impact resistance ratings suitable for concrete floor surfaces while maintaining rolling smoothness, with steel ball bearing assemblies rated for continuous operation under dynamic loading conditions typical in manufacturing environments.

Treston chair casters require monthly visual inspection for wheel wear, bearing smoothness, and stem connection integrity, with quarterly cleaning using isopropyl alcohol to maintain ESD properties on conductive variants. Service life typically ranges 3-5 years under normal industrial use conditions, with replacement indicated when wheel diameter reduces below 95mm or rolling resistance increases significantly. ESD casters need annual resistance testing using standard ohmmeter measurement from chair seat to ground contact point, ensuring values remain within 10^6 to 10^9 ohm range for continued electrostatic discharge protection in sensitive electronic manufacturing environments.