Standards

Prescribes the requirements for metric capacity measures of cylindrical and conical shapes. It is intended for use by manufacturers in manufacturing Metric Capacity Measures thus ensuring all measures of a specified type and capacity will have the same dimensions. These measures are intended for use in normal commercial transactions and are for use in measuring liquids only. 7p. (Price Code B)

This standard specifies inter alia conversion factors to be used in converting quantities measured in Imperial to SI and other units. It sets out procedures for the uniform use for these conversion factors. It is intended for use in everyday operations in government commerce, industry, education certain branches of technology and sport.

This standard establishes a system of graphic symbols, intended for use in the permanent marking of textiles, providing information essential for their “proper care”. Symbols are provided for the following treatments: washing, chlorine bleaching, ironing, dry-cleaning and drying. It also specifies the use of these symbols in care labelling.

This publication was last reviewed and confirmed in 2025. Therefore this version remains current.

This test method is intended to classify fabrics for ironing purposes.  It involves ironing of the cloth specimens with a heated aluminium block at increasing temperatures and examination for changes in handle and appearance.  The fabrics may then be labelled in accordance with the ironing section of this code in terms of the test temperatures they will withstand as indicated below:

            Up to and including 110°C              COOL IRON

            Up to and including 150°C              WARM IRON

            Up to and including 200°C             HOT IRON

This standard specifies a system of designating the sizes of ladies outerwear garments, the control dimensions on which the size designation is based and the method of indicating these dimensions on the label. This standard also specifies body dimensions related to each size, as stated in Appendix A.

This standard establishes a system of designating the sizes of children’s outerwear garments. The control dimensions on which the size designation is based and the method of indicating these dimensions on the label are specified. The standard also includes body dimension tables which specify the dimensions related to each size.

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 International Standard gives specifications for the angular coordinate system to be used in the design of scales, reticles or other display means incorporated in instruments for determining optical data on human eyes or corrective lenses for human eyes.

 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.