A standard is a specification, not a law
SASO publishes thousands of standards. Only those adopted into a technical regulation are mandatory, and it is the regulation — never the catalogue — that binds your shipment.
SASO publishes thousands of standards and most of them will never apply to you. The handful that do are named by a technical regulation, the regulation is selected by your Saudi HS code, and no amount of searching the catalogue by product name reproduces that chain reliably.

Send to identify your standards:
Enough to read any SASO or GSO reference you are handed and know what you are looking at.
SASO publishes thousands of standards. Only those adopted into a technical regulation are mandatory, and it is the regulation — never the catalogue — that binds your shipment.
“SASO 2870” is a Saudi-authored text. “SASO IEC 60335-1” is an adopted international one. “GSO” numbers come from the Gulf Standardization Organization and apply across the GCC. Read the prefix before the number.
Every standard carries a year. Conformity bodies assess against the edition in force at the time of assessment, not the edition your report happened to be written to.
Many Saudi requirements are Gulf-wide texts adopted nationally. Where both a GSO and a SASO reference exist for the same subject, the technical regulation names which one applies.
Safety, electromagnetic compatibility, energy efficiency and marking are usually separate texts. A quotation citing a single standard usually means only one of them has been read.
No catalogue of numbers can tell you which applies to you. The Saudi HS code selects the technical regulation, and the regulation names the standards. That chain is the only reliable route.
Conflating these two is the single most common misunderstanding in Saudi certification, and it is the reason standards lists get bought when assessments were needed.
Eight families cover most of what exporters meet. This is orientation rather than a lookup — your own schedule still comes from the regulation.
Largely adopted IEC texts — the SASO IEC 60335 appliance series, 62368 for IT and audio-video, 60598 for luminaires, 61010 for laboratory and measurement equipment.
Adoptions of the CISPR and IEC 61000 families. Assessed separately from safety, on a separate report, and the single most frequently omitted item at quotation.
Saudi-authored texts with their own test methods and label artwork, covering air conditioners, refrigeration, washing machines, lighting and tyres.
Cement, reinforcing steel, insulation, glass, sanitary ware, cables and pipes — many carrying Saudi-specific durability and climate requirements not found elsewhere.
Tyres, brake friction material, lighting, safety glass, batteries and filters, mostly GSO texts adopted nationally with their own marking and traceability rules.
Lubricants, paints, detergents and fuels, with composition and labelling limits that diverge sharply from other markets and are tested rather than declared.
Arabic content, units of measure, country of origin and shelf-life presentation, applied on top of whatever the product standard already requires.
GSO toy safety and personal protective equipment texts, with age grading and chemical migration limits established by laboratory test rather than by declaration.
In this order. Skipping the first step and starting at the catalogue is what produces the lists we spend most of our time correcting.
Not the product name, and not the code used at origin. Saudi classification at the level the customs tariff uses is what the regulations are indexed against, and everything downstream inherits an error here.
The code maps to a regulation, or to nothing at all. A product outside every regulation is non-regulated and needs no product certificate — a result worth holding in writing, because it settles arguments at the port.
The regulation carries its own schedule, with editions. That schedule is your standards list. A general catalogue search is not a substitute for it and regularly contradicts it.
Compare the schedule against the editions your existing reports were written to. A standard that has moved an edition is the most common reason perfectly good evidence stops being usable.
Each named standard has to appear in an accredited laboratory’s scope. One standard nobody accessible is accredited for changes both the plan and the timeline, and it is far cheaper to learn now.
Eight checks on a standards list before anyone books a laboratory against it. Each one costs minutes now and weeks later.

A pump manufacturer arriving with a list of eleven SASO numbers collected from suppliers over three years.
Of eleven references, four had been withdrawn, two were GSO texts quoted under SASO numbers, and one did not correspond to any published standard at all.
Two Saudi HS codes placed the range under a single technical regulation carrying a schedule of five standards — three of which had never appeared on the original list.
Existing reports covered three of the five at the correct edition. One had moved an edition since testing, and one had never been tested at all.
All five appeared in the accredited scope of one laboratory, which collapsed what had looked like three separate programmes into a single booking.
One product certificate raised against the regulation’s actual schedule, and the eleven-number list retired before it could mislead anyone else.
Six failures that turn a confident-looking list of references into a wasted testing programme.
A number pulled from an old report or a three-year-old supplier email. It reads as authoritative on a quotation and buys nothing whatsoever at technical review.
Standard titles are written by committees, not by marketers. The nearest-sounding title is regularly the wrong text, which is why the HS code is the only reliable index.
Safety cited, EMC and energy quietly ignored. They are separate texts with separate reports, and the certificate needs each one the regulation calls for.
The same requirement cited under both numbers on different documents, leaving the conformity body unable to establish which text was actually tested against.
SASO adoptions can carry national deviations. Testing to the base international text and reporting it as the Saudi standard leaves a gap that surfaces at review.
The reference is right and no laboratory within reach holds it in scope. Found at classification this is a scheduling question; found after sampling it is a rebooking.
The code that selects the regulation, the assessment that writes it down, and the file the standards ultimately produce.
Numbering, editions, GSO overlap, and what to do when the catalogue comes back empty.
SASO maintains a public standards catalogue, and the Gulf Standardization Organization maintains its own for GSO texts. Both are searchable, and neither will tell you which standards are mandatory for your product. That comes from the technical regulation selected by your Saudi HS code, which carries its own schedule of standards and editions. Use the catalogue to read a standard you have already identified, not to identify it.
Work from the Saudi HS code to the technical regulation, then read the schedule of standards the regulation names. Searching the catalogue by product name is the common approach and the unreliable one — standard titles are written by technical committees and the nearest-sounding title is frequently the wrong text.
A standard is a specification: test methods, limits, construction and marking requirements. It is voluntary in itself. A technical regulation is the legal instrument that makes named standards mandatory for a given range of HS codes, sets the conformity assessment scheme and states what evidence is required. Your certificate is raised against the regulation; the standards are what the laboratory tests to.
It marks a Saudi adoption of an international text. The technical content comes from the IEC standard, and the adoption may add national deviations reflecting Saudi supply conditions, climate or regulation. Testing to the base IEC text without reading the deviations is one of the more common ways a good report falls short.
Many do. GSO texts are Gulf-wide and are widely adopted into Saudi technical regulations, particularly for vehicles, toys, PPE and a range of consumer goods. Where both a GSO and a SASO reference exist for the same subject, the regulation names which one governs, and citing the other on your documents creates an avoidable query.
Continuously, though not uniformly. Adopted IEC and ISO texts move when the parent standard moves, which for electrical safety can be every few years. Saudi-authored energy efficiency standards have historically been revised more actively than most. The practical rule is to verify the edition at the start of every certification cycle rather than assuming last year’s reference still holds.
Usually more than one. Safety, electromagnetic compatibility, energy efficiency and marking are separate texts with separate reports where each is regulated. A regulated electrical appliance commonly needs three or four. A single reference on a quotation is a reliable sign that only part of the regulation has been read.
Only where the regulation permits it, and then only as evidence rather than as a substitute. Where the Saudi text is an adoption of the international one, existing testing usually covers most of it and the national deviations become a short delta. Where the Saudi text is authored locally — most energy efficiency requirements, for example — there is no equivalent to fall back on.
Not on its own. Absence from a catalogue search proves very little, because the search depends on the title you guessed. Non-regulated status is established from the HS code against the current regulations, and it is worth obtaining in writing — a shipment certificate is still raised for non-regulated goods, and the classification is what supports it.
You rarely need to. The laboratory testing to it holds it, and the conformity body assessing the report holds it. Buying a copy is useful when you are designing to the requirement rather than demonstrating against it — for construction detail, marking content or rating plate data that has to be right before tooling is cut.
Send the Saudi HS code and a product description. We return the technical regulation, the standards it names, the editions in force and whether an accredited laboratory holds each one in scope.