Standards
This Code of Practice specifies the methods of drying, pre-seasoning and post-seasoning treatment, storage, and the categories of moisture content for various hardwood lumber.
This Code of Practice specifies the requirements for the materials, construction, workmanship and finish employed in the manufacture of furniture such as upholstered furniture, built in furniture, craft furniture and inclusive of common types and style of furniture, manufactured internationally, now extant and what may be developed in the future.
This Code of Practice does not cover metal or metal frame furniture, plastic furniture or hospital furniture.
This Code of Practice establishes the minimum requirements for the manufacture and production of wooden craft items. The document is more focused on performance than prescriptive requirements for craft items. The Code of Practice may be applied to all wooden craft items in the manufacturing stage or at the point of sale to retailers and end consumers. It focuses on work made by individual craftspersons by hand. However, to improve efficiency and production, some craftspersons and manufacturers may employ tools, technology and other expertise to their best advantage. This Code of Practice does not apply to production techniques used solely for high volume output if such techniques: a) do not add to the overall quality and design; and b) are not performed with the skill and craftsmanship required.
This standard specifies the labelling requirements for furniture, when offered for sale in Guyana, whether locally manufactured or imported. It shall be read in conjunction with the latest version of GYS 9-1, “Specification for labelling of commodities - Part 1: General principles”.
This standard specifies the requirements for brown sugar which is the initial
product made from sugar-cane juice packed in containers not exceeding 50 kg,
net weight.
This publication was last reviewed and confirmed in 2025. Therefore this version remains current.
This standard describes exhaust emission requirements for all new domestic and commercial vehicles which have been registered in Guyana for the first time after December 31, 1997. This standard also describes exhaust emission requirements, measurement methods and measurement equipment for all vehicles, which are imported into Guyana after December 31, 1997. All imported vehicles would be required to conform to exhaust emission limits specified in the standard. Accordingly, the exhaust emission limits must be fully documented and certified by the suppliers/manufacturers, from the country of origin.
This standard establishes the basic principles for carrying out vibration measurement and processing data, with regard to evaluating vibration effects on buildings. The evaluations of the effects of building vibration are primarily directed at structural response, and include appropriate analytical methods where the frequency, duration and amplitude can be defined. It only deals with the measurement of structural vibration and excludes the measurement of airborne sound pressure and other pressure fluctuations.
This standard provides general guidance on methods of carrying out penetrant inspection
on materials and components both during manufacture and in service. It does not
deal with acceptance or rejection. Penetrant inspection is used to locate
discontinuities, such as laps, folds, cracks, porosity and fissures, which are
open to the surface of a material or component. Penetrant techniques can be
used on materials irrespective of their physical properties, provided that the surface
is normally non-absorbent and compatible with the penetrant process.
This standard provides general guidance on the verification procedures to be applied when
carrying out penetrant inspection, in accordance with ISO 3452. These tests are intended to ensure that the
penetrant system is functioning correctly and that there has been no harmful
deterioration of the process materials during service. Generally, the frequency
of checking penetrant materials and black light sources will depend on the
frequency and conditions of usage. Specific and maximum intervals should be recommended
by the manufacturer.