01 / SAFETY SHOES JOHOR
Quick answer: choose safety footwear from the foot hazard, certified standard, penetration / slip / water / electrical requirement, work environment and actual workforce fit. The current international safety-footwear standard is ISO 20345:2021 with Amendment 1:2024. Older S1P / S3-style markings remain common in the Malaysian market, so buyers should check the exact certificate / edition instead of assuming every “S3” shoe represents the same test basis.
This rebuild keeps the strong Johor buyer intent while updating the standards, correcting electrical-footwear oversimplifications and strengthening the bulk-order / size-run conversion path.
02 / MALAYSIA & JOHOR BASIS
The current Occupational Safety and Health Act 1994 provides the general employer-duty and risk-assessment foundation. DOSH guidance on PPE and HIRARC supports selecting protection against identified workplace hazards rather than issuing footwear by habit.
Important: there is no useful compliance value in saying “everyone has safety shoes” if the footwear does not match the actual impact, penetration, slip, chemical, wet-condition, static or electrical hazard.
Johor sites range from dry factories and data centres to ports, shipyards, construction projects, chemical facilities and logistics yards. Those environments can need very different footwear specifications even within the same company.
03 / CURRENT FOOTWEAR STANDARDS
| Reference | Scope | Buyer takeaway |
|---|---|---|
| ISO 20345:2021 + Amd 1:2024 | Current ISO safety-footwear standard | General-purpose safety footwear with protective toe and optional additional properties. Check the exact certificate / marking and amendment basis. |
| Legacy / earlier EN ISO 20345 editions | Still widely found in existing Malaysian stock and site specifications | Do not reject automatically, but do not mix old and current rating language without checking the certificate edition. |
| ISO 20347:2021 | Occupational footwear | No safety toe requirement; suitable only where the hazard assessment does not require toe-impact / compression protection. |
| ASTM F2413 | US protective-footwear framework | Use when the client / project specifies ASTM classifications. Do not translate directly into an EN/ISO S-rating without documentation. |
| ISO 22568 component standards | Toe caps / penetration-resistant inserts | Useful supporting evidence for components, but component compliance alone is not the same as certification of the complete finished shoe. |
Certification wording matters: “EN 12568 toe cap” or “tested midsole” describes a component. It does not by itself prove the complete footwear model is certified to the current ISO 20345 standard.
04 / S-RATINGS
Many Malaysian buyers still specify familiar categories such as S1P and S3, and Haisar stocks products marked under those systems. The current ISO 20345 generation introduced more detailed penetration-resistance distinctions for non-metallic inserts, so new certificates can use newer suffixes / category variants.
| Common marking | Typical procurement meaning | What to verify |
|---|---|---|
| SB | Basic safety-footwear requirements including protective toe. | Exact edition and any additional properties actually certified. |
| S1 | Closed heel plus additional properties typically used for dry indoor work. | Slip / antistatic / energy-absorption marking on the actual certificate. |
| S1P / newer penetration variants | S1-type footwear with penetration resistance. | Whether the insert is metallic or non-metallic and which current penetration test applies. |
| S2 | S1-type properties plus upper water-resistance / penetration requirement. | Actual certificate and suitability for the real wet exposure. |
| S3 / newer S3 variants | S2-type footwear plus penetration resistance and outsole requirements. | Certificate edition, penetration type and additional markings rather than the “S3” label alone. |
| S4 / S5 family | Polymeric / waterproof-style footwear categories for wet environments, with S5 adding penetration / outsole properties. | Exact certificate and chemical / slip / puncture requirements for the task. |
05 / CHOOSE BY HAZARD
| Hazard | Examples | Selection direction |
|---|---|---|
| Impact / compression | Dropped tools, pallets, steel, machinery parts | Certified protective toe; select steel, composite or other approved toe construction based on the complete footwear certification and job constraints. |
| Underfoot penetration | Nails, screws, sharp debris, scrap | Specify penetration-resistant footwear / insert suitable for the site and verify the certified rating / test basis. |
| Slip | Wet concrete, oil films, smooth warehouse floors, steel decks | Check the current slip-performance marking / outsole suitability for the actual floor and contaminant. |
| Water / mud | Outdoor construction, monsoon conditions, wash-down | Choose the certified water-resistance / waterproof category appropriate to exposure duration. |
| Chemical contact | Process plants, wash-down, cleaning chemicals | Use chemical-resistant footwear verified for the exact substance; a general leather boot is not automatically chemical resistant. |
| Static / ESD | Electronics, electrostatic-sensitive products, some ignition-control environments | Use the specific antistatic / ESD property required by the site; ESD protection is not the same as dielectric shock protection. |
| Electrical shock | Electrical work where footwear forms part of the electrical PPE system | Use specifically tested electrical / dielectric footwear required by the electrical procedure. Toe material alone does not establish electrical protection. |
06 / ELECTRICAL, ESD & FIT
A composite toe cap is non-metallic, but that alone does not make the complete shoe dielectric, EH-rated or suitable for an electrical task. Likewise, the presence of a steel toe does not by itself tell you the electrical performance of the whole shoe. Use the footwear's tested electrical property and the site's electrical-safety procedure.
ESD / static-control footwear serves a different purpose: controlling electrostatic charge. It should not be presented as shock-protection footwear.
07 / FEATURED HAISAR FOOTWEAR
I checked the live Haisar footwear catalogue and product pages. Haisar's product photos are visible publicly, including the BT8834 image, but the catalogue parser did not expose stable direct Haisar-hosted image URLs for these footwear SKUs. To avoid broken links or invented image paths, this import uses verified Haisar products with clean fallback visuals.
Haisar lists genuine leather, steel toe cap, steel midsole and slip-resistant construction; the product page also presents a SIRIM / DOSH-approved variant. Confirm the exact model certificate at quotation stage.
Product details: Haisar listing.
Haisar lists S3 SRA, leather upper, 200 J carbon-steel toe cap, steel penetration-resistant midsole, PU slip-resistant sole, oil / acid / alkali resistance, antistatic property and SIRIM / DOSH / CE references.
Product details: Haisar listing.
Haisar lists genuine leather, steel toe cap, steel midsole and mid-cut lace-up construction in a women's model for buyers who need a better fit range.
Product details: Haisar listing.
Haisar lists steel toe cap, steel midsole, slip-resistant sole and genuine-leather upper in a mid-cut lace-up format.
Product details: Haisar listing.
08 / INSPECTION & REPLACEMENT
09 / BUYING MISTAKES & RFQ
Check standard edition, additional markings, penetration type and the actual site hazard.
Electrical protection comes from tested footwear properties, not toe material alone.
Use the actual size distribution to avoid dead stock and urgent shortages.
Dry factory, yard, chemical, ESD and electrical areas can require different footwear.
A certified toe cap / midsole component is not the same as certification of the finished shoe.
Comfort, last shape, heat and weight influence whether certified PPE is actually worn all shift.
Send the hazard, rating, size distribution and quantity to Haisar for a model-by-model quotation.
10 / FAQ, SOURCES & INTERNAL LINKS
ISO currently lists ISO 20345:2021 as the published safety-footwear standard, with Amendment 1 published in 2024. Always check the exact certificate edition on the footwear being quoted.
S3 remains widely used in Malaysian procurement and existing certified products. Newer ISO 20345 editions introduced more detailed penetration-resistance variants, so check the standard edition and full marking rather than the S3 label alone.
A composite toe is non-metallic, but toe material alone does not certify the whole shoe for electrical shock protection. Use footwear specifically tested / approved for the electrical requirement in the site's procedure.
ESD footwear controls electrostatic charge for sensitive equipment / static-control environments. Dielectric or other electrical-protection footwear is designed for a different electrical safety purpose. They should not be treated as interchangeable.
There is no single replacement period for every pair. Replace after significant damage / impact, excessive tread wear, sole separation, puncture damage, chemical degradation, loss of required markings or when manufacturer retirement criteria are reached.
Yes. Haisar carries Black Hammer, BEETHREE and other footwear ranges and can quote mixed-size runs, men's / women's models and project mobilisation quantities.
This is a safety-footwear selection and procurement guide. Final footwear specification should follow the workplace HIRARC / risk assessment, client requirements, current product certification and the specific electrical / chemical / environmental hazards involved.
Send the rating, work areas, size distribution, quantity and certification requirements to Haisar.
We provide top-tier safety equipment and solutions tailored to meet the diverse needs of their clients.