GB/T 38607-2020 Office furniture—Tables and desks—Test methods for the determination of stability,strength and durability
GB/T 38607-2020 Office furniture—Tables and desks—Test methods for the determination of stability,strength and durability
Basic Information
Scope
This standard specifies the test methods for the stability, strength, and durability of desks designed for sitting or standing positions, including worktables, height-adjustable desks, and conference tables. This standard applies to products that have been fully assembled and are ready for use.
This standard does not include test methods for storage functions. For these test methods, please refer to ISO 7170.
This test method includes loads, forces, and speeds applied to different components, simulating various usage states of desks during normal use and foreseeable misuse.
Except for the desktop deflection test, this test does not consider factors such as materials, design, structure, and production processes when evaluating performance.
The test results are only valid for the tested samples. If the tested samples can represent a certain production model, the test results of the tested samples can represent the performance of the same production model.
The tests conducted according to this standard are intended to demonstrate that the product can provide satisfactory performance in its intended use environment, but such tests cannot guarantee that the product will not suffer structural damage after habitual misuse or prolonged use. The test methods of this standard are only applicable to unused products or components. If the test methods are proven to be reasonable and effective, they can also be applied to the investigation of product defects.
This standard only specifies test methods and does not include requirements. Requirements can be specified in separate requirement documents. If there are no requirement documents, the force values and cycle numbers are referred to in Appendix A.
This standard does not include the evaluation of product aging and degradation performance.