Office Chair Caster Durability Tester

The Office Chair Caster Durability Tester is designed to evaluate the rolling durability, structural reliability, and service life of office chair casters under controlled load ...

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Introduction

The Office Chair Caster Durability Tester is designed to evaluate the rolling durability, structural reliability, and service life of office chair casters under controlled load and motion conditions. The equipment simulates long-term rolling, rotation, stopping, and reversing movements of chair casters on floor surfaces to assess wear, deformation, and functional degradation. It is widely used for quality control, product certification, and durability verification of office seating products.

Application

(1) Durability and life-cycle testing of office chair casters under specified load conditions.

(2) Rolling wear evaluation of casters used on hard floors, plastic floors, and resilient floor coverings.

(3) Performance verification of complete office chairs equipped with multi-caster bases.

(4) Quality control testing for chair manufacturers during product development and mass production.

(5) Comparative testing of different caster materials, wheel structures, and hardness grades.

(6) Reliability testing of casters for use in commercial offices, public buildings, and educational facilities.

(7) Compliance testing for office chair products required to meet national and international standards.

Standards

Chinese Standards

(1) GB/T 4085 – Office furniture — Chairs — Strength and durability requirements

(2) GB/T 10357.5 – Furniture — Strength and durability of seating — Part 5: Strength and durability of chair bases and castors

(3) QB/T 2280 – Office chair

(4) GB/T 24506 – Office furniture — Chairs — General technical requirements

European Standards

(1) EN 425 – Resilient and laminate floor coverings — Castor chair test

(2) EN 1335-2 – Office furniture — Office work chair — Safety requirements

(3) EN 1335-3 – Office furniture — Office work chair — Test methods

(4) EN 1022 – Domestic furniture — Seating — Determination of stability

(5) EN 12529 – Castors and wheels — Test methods and requirements

ISO International Standards

(1) ISO 4918 – Resilient floor coverings — Castor chair test

(2) ISO 5970 – Furniture — Chairs and tables — Determination of stability

(3) ISO 7173 – Furniture — Chairs and stools — Determination of strength and durability

(4) ISO 24344 – Resilient floor coverings — Determination of flexibility and damage under rolling load

(5) ISO 4210 (relevant principles) – Cyclic durability and rolling load test methodology (reference)

North American Standards

(1) ANSI/BIFMA X5.1 – Office Seating — Performance Requirements

(2) ANSI/BIFMA X5.11 – General-Purpose Large Occupant Office Chairs

(3) ASTM F2057 – Rolling load resistance of resilient floor coverings

(4) ASTM D6112 – Resilient flooring — Castor chair testing method

(5) UL 1286 – Office furnishings (related caster and mobility performance reference)

Flooring & Surface Related Standards

(1) ISO 10581 – Resilient floor coverings — Homogeneous and heterogeneous PVC flooring

(2) ISO 10582 – Resilient floor coverings — Heterogeneous PVC flooring

(3) EN 649 / EN 651 / EN 685 – Classification and performance of resilient floor coverings

(4) ASTM F1700 – Solid vinyl floor tile (caster performance reference)

Application-Oriented Reference Standards

(1) DIN 4551 / DIN EN 12529 – Castors for furniture — Performance and durability

(2) JIS S 1203 – Office furniture — Chair strength and durability test methods

(3) CSA Z412 – Office ergonomics and seating performance (reference for caster use conditions)

Technical Parameters

Parameter Specification
Control mode PLC touch screen
Load 90 kg
Platform diameter 2750 mm
Sample support platform material Hard plastic
Sample support platform size Diameter 480 ±5 mm, thickness 7 ±2 mm
Caster wheel diameter 50 ±2 mm
Caster wheel width 23 ±3 mm
Crank distance 32 ±2 mm
Wheel hardness Shore A (95 ±5)
Distance from casters to platform 198 ±1 mm
Distance between three casters 130 ±1 mm, distributed at 120°
Installation distance between any two casters 225 ±5 mm
Caster test life 2,000,000 cycles
Platform speed 19 ±1 r/min
Platform operation cycle Rotate (180 ±10) s → stop (5 ±2) s → reverse
Caster speed 50 ±1 r/min

Features

(1) PLC touch screen control system with simple, intuitive operation interface.

(2) Full aluminum profile frame structure with surrounding protective cover for enhanced safety and durability.

(3) Thickened all-aluminum load base with an additional stainless steel plate to facilitate floor replacement and resist scratching and corrosion.

(4) Reducer-driven caster load block and test base enabling adjustable speeds and one-key start operation.

(5) Stable platform rotation with automatic stop, dwell, and reverse motion to simulate real usage conditions.

(6) Designed for long-duration testing up to millions of cycles with reliable operation.

Maintenance Information

(1) Regularly inspect caster fixtures and load blocks for secure fastening.

(2) Clean the platform and floor base after testing to prevent debris accumulation.

(3) Periodically check PLC control system and reducer operation.

(4) Replace worn floor samples promptly to ensure test accuracy.

(5) Store the equipment in a dry, stable laboratory environment.

FAQ

1. What is the primary purpose of this tester?

It evaluates the durability and performance of office chair casters by simulating repeated rolling and load-bearing conditions.

2. Which types of casters can be tested?

The tester is suitable for office chair casters made of plastic, nylon, polyurethane, or metal materials.

3. How does the tester simulate real-world use?

It applies cyclic rolling, directional changes, and load stress to the casters to replicate long-term movement and wear experienced in office environments.

4. Which standards does this tester comply with?

It supports international testing standards for office furniture and caster durability, including BIFMA and ISO standards.

5. Who typically uses this equipment?

Furniture manufacturers, quality control laboratories, and R&D teams use it to ensure caster reliability, optimize designs, and prevent

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