How to Check Galvanized Coating Thickness on Electrical Boxes

Galvanized coating thickness on an electrical box can be checked with a calibrated magnetic coating-thickness gauge when the method is suitable for the product. Buyers should compare the readings with the approved material certificate and product specification, take measurements across several flat areas, and avoid treating readings near edges, holes or bends as representative without technical review.

Coating measurement can help verify the zinc layer applied to a steel product, but it does not independently prove that the electrical box is suitable for outdoor, coastal or industrial installation. Product design, fabrication quality, enclosure protection, documentation and project requirements must also be considered.

What Is Galvanized Coating Thickness?

Galvanized coating thickness describes the thickness of the zinc layer applied to the surface of steel. The coating helps protect the underlying metal by creating a physical barrier between the steel and the surrounding environment.

Zinc can also provide sacrificial protection to small exposed areas because it corrodes before the steel beneath it. However, the effectiveness of this protection depends on several factors, including:

• The galvanizing method.
• Coating mass and thickness.
• Coating uniformity.
• Quality of the underlying steel surface.
• Fabrication after galvanizing.
• Condition of edges, holes and bends.
• Damage during storage, transportation or installation.
• The actual environment in which the product is installed.

The word “galvanized” alone does not tell a buyer how much zinc is present or whether the product is suitable for a particular project.

What Is the Difference Between Steel Thickness and Coating Thickness?

Steel thickness and galvanized coating thickness are two separate product characteristics.

Steel thickness refers to the thickness of the base metal used to manufacture the electrical box. It affects properties such as rigidity, structural strength and fabrication.

Coating thickness refers to the zinc layer covering the base steel. It relates primarily to corrosion protection.

A buyer should not use one value as a substitute for the other. Procurement documents should identify each requirement separately, where applicable:

• Base material.
• Steel grade.
• Steel thickness.
• Galvanizing method.
• Coating designation or required coating thickness.
• Additional surface finish.
• Product dimensions and tolerances.

This distinction helps prevent misunderstandings when comparing product data sheets, material certificates and physical measurements.

Which Galvanizing Method Was Used?

Before measuring the coating, determine how the product was manufactured. Two electrical boxes described as galvanized may have undergone different processes.

Pre-galvanized steel sheet

Some boxes are fabricated from steel sheet that was coated before cutting, punching and forming. The coating properties are connected to the steel-sheet specification and its coating designation.

ASTM A653/A653M is one specification used for zinc-coated or zinc-iron alloy-coated steel sheet supplied in coils and cut lengths. Other standards or material specifications may apply depending on the product and project.

With pre-galvanized sheet, buyers should pay particular attention to:

• Cut edges.
• Punched openings.
• Knockouts.
• Sharp bends.
• Scratches.
• Areas affected by welding or other fabrication.

These locations may not have exactly the same coating condition as the original flat sheet surface.

Galvanizing after fabrication

Other steel products may be fabricated first and then galvanized by immersion in molten zinc. ASTM A123/A123M is one specification associated with zinc coatings applied to fabricated iron and steel products.

The relevant coating requirements and inspection approach depend on whether the product falls within the standard’s scope.

Do not apply one galvanizing standard automatically to every electrical box. The buyer should identify the manufacturing method and confirm the correct material or product specification with the manufacturer, consultant or project technical team.

How Is Galvanized Coating Thickness Measured?

A common non-destructive method uses a magnetic coating-thickness gauge. This type of instrument can measure the distance between its probe and a magnetic steel substrate through a non-magnetic zinc coating.

ASTM B499 and ISO 2178 describe magnetic measurement principles for suitable metallic coatings on magnetic substrates. The applicable method must still be checked against the actual product, surface and project specification.

A typical inspection process includes:

1. Confirming that the instrument is suitable for zinc on steel.
2. Inspecting the probe for damage or contamination.
3. Calibrating or verifying the instrument.
4. Selecting representative measurement areas.
5. Taking multiple readings.
6. Recording the individual readings and their locations.
7. Comparing the results with the correct product requirement.

The number of readings and acceptance criteria should come from the applicable standard, approved inspection plan or procurement specification. Buyers should not use an arbitrary sampling rule for every order.

Why Is Gauge Calibration Important?

A coating gauge can produce misleading results if it is not properly adjusted for the surface being measured.

Before inspection, the operator should follow the instrument manufacturer’s procedure and use appropriate reference standards or certified foils. When possible, calibration or verification should reflect:

• The type of base metal.
• The approximate coating range.
• The geometry of the product.
• Surface roughness.
• Probe type.
• Measurement orientation.

A zero reading on an uncoated reference surface may also be required by the selected procedure. The operator should document the instrument details and calibration status when measurements form part of a formal receiving inspection.

The fact that an instrument displays a value does not automatically make that value reliable. The method, calibration and location are all important.

Where Should Measurements Be Taken?

Measurements should be distributed across representative areas of the electrical box instead of being concentrated in one location.

Suitable locations may include:

• Flat external faces.
• Flat internal surfaces when accessible.
• Areas away from visible defects.
• Different sections of the box body.
• Representative areas specified by the inspection plan.

The measurement record should identify where each reading was taken. This makes it easier to investigate unexpected variation and repeat the inspection if necessary.

The operator should avoid choosing only the most convenient or visually attractive areas. Readings should represent the supplied product, not a selected portion of it.

Why Can Edges, Corners and Holes Affect Readings?

Magnetic coating gauges are sensitive to product geometry. Readings near an edge, corner, hole or sharply curved surface can differ from measurements taken on a broad, flat area.

Potentially problematic locations include:

• Cut edges.
• Corners.
• Conduit entries.
• Knockouts.
• Embossed markings.
• Sharp bends.
• Welded sections.
• Narrow flanges.

This does not mean these locations should be ignored. They should be visually inspected because fabrication-related damage may begin there. However, readings from these areas must be interpreted carefully and in accordance with the instrument instructions and applicable test method.

If the project requires specific evaluation of edges or irregular surfaces, the inspection method should define how that evaluation will be performed.

What Should Be Checked During Visual Inspection?

Coating-thickness measurement should be combined with a visual review of the finished electrical box.

Inspectors should look for:

• Bare areas.
• Peeling or flaking.
• Deep scratches.
• Cracking around bends.
• Damage around punched holes.
• Exposed or poorly finished welds.
• Blisters.
• Surface contamination.
• Signs of red rust.
• Storage-related moisture damage.
• Damaged fasteners or accessories.
• Deformation caused by transport.

Appearance alone does not determine compliance. Galvanized surfaces may vary in colour, texture or visible spangle. A bright or uniform appearance does not necessarily prove that the coating meets the specified requirement.

Likewise, a cosmetic difference does not automatically mean that the product should be rejected. The decision should be based on the approved acceptance criteria.

How Should Measurements Be Compared with Coating Designations?

Galvanized sheet may be specified using a coating-mass designation rather than a direct thickness value. The designation may represent the combined coating mass on both sides of the sheet.

A magnetic gauge, however, normally measures the coating on the single surface beneath the probe. Therefore, a single-side reading should not be compared directly with a two-sided total coating-mass value.

Any conversion between:

• Coating mass.
• Coating thickness.
• Total coating on both sides.
• Approximate coating per side.

must use the correct units and assumptions.

If a procurement document contains only a coating designation, the responsible technical team should define how field readings will be evaluated before inspection begins. Inspectors should not create their own conversion or acceptance limit at the receiving area.

What Documents Should Buyers Request?

The required documentation depends on the product and contract. A useful review package may include:

• Product data sheet.
• Product name and code.
• Product dimensions.
• Base-steel specification.
• Steel thickness.
• Galvanizing method.
• Coating designation or stated requirement.
• Material certificate when required.
• Applicable product-compliance documents.
• Approved drawings.
• Relevant test reports.
• Batch or lot information when traceability is required.
• Manufacturer’s declaration of conformity, where applicable.

Each document should be checked for:

• Product or sample identification.
• Applicable standard.
• Test method.
• Issue date.
• Testing organisation.
• Acceptance criteria.
• Recorded result.
• Scope and validity.

A general company certificate should not be treated as proof that every product has the same coating specification or performance.

When Is Independent Laboratory Testing Appropriate?

Independent testing may be considered when:

• The project specification requires it.
• The order is technically critical.
• Field readings are inconsistent.
• Buyer and supplier results do not agree.
• Product documentation is incomplete.
• A formal dispute must be resolved.
• Destructive verification is required.

A laboratory may use a different method to determine coating mass or thickness. For example, a gravimetric method can determine coating mass by measuring a sample before and after removal of the coating. Because this process damages the sample, it is not normally used for routine inspection of every finished box.

Before sending samples, both parties should agree on:

• Sample selection.
• Sample identification.
• Test method.
• Testing laboratory.
• Acceptance criteria.
• Reporting format.
• Responsibility for nonconforming results.

Independent testing should answer a defined technical question rather than serve as a general substitute for a clear specification.

What Can Coating-Thickness Measurement Not Prove?

A coating-thickness reading cannot independently prove:

• That the product is suitable for outdoor use.
• That the box has the required protection against water or dust.
• That the product complies with every project requirement.
• That the coating has no adhesion defects.
• That all edges and holes are adequately protected.
• That the product will achieve a specific service life.
• That the box is suitable for a coastal or industrial environment.
• That the electrical installation will be correctly grounded.
• That all products in the batch are identical.

Outdoor suitability depends on the complete product design, including covers, joints, openings, seals, cable entries, mounting, drainage and the relevant protection requirements.

Similarly, service life depends on environmental exposure, product design, installation, maintenance and damage—not coating thickness alone.

Receiving Inspection Checklist

Before accepting galvanized electrical boxes, verify:

• The product name and code.
• The ordered quantity.
• Dimensions and steel thickness.
• Galvanizing method.
• Coating requirement or designation.
• Material and product documentation.
• Gauge suitability and calibration status.
• Measurement locations.
• Recorded readings.
• Agreed acceptance criteria.
• Condition of flat surfaces.
• Condition of edges, bends and holes.
• Signs of corrosion or handling damage.
• Packaging and product labels.
• Connection between the inspected batch and its documents.

Any nonconformity should be documented clearly before installation. Photographs, measurement locations and product identification can help the supplier and buyer review the issue efficiently.

Frequently Asked Questions

How is galvanized coating thickness measured?

It can be measured non-destructively using a calibrated magnetic coating-thickness gauge when the method is suitable for zinc applied over steel. The readings must be taken and interpreted according to the relevant procedure and product specification.

What is the difference between steel thickness and zinc-coating thickness?

Steel thickness describes the base material used to manufacture the box. Zinc-coating thickness describes the protective surface layer. They affect different product characteristics and must be specified separately.

Can a magnetic gauge measure zinc coating?

Yes, an appropriate magnetic gauge can measure a non-magnetic zinc coating over a magnetic steel substrate. Reliable results depend on calibration, probe position, surface condition and product geometry.

Why should readings be taken away from edges?

Edges, holes, corners and curved areas can influence magnetic measurements and produce readings that differ from those on flat surfaces. These areas still require visual inspection, but their gauge readings need careful interpretation.

Does a thicker zinc coating always mean better performance?

Not automatically. Coating thickness is only one factor. Fabrication quality, product design, environmental exposure, installation and maintenance also affect performance.

Does coating thickness prove that a box is suitable outdoors?

No. Outdoor suitability also depends on protection against water and dust, cover design, openings, seals, mounting method and the product’s approved application.

Do coating-thickness readings predict service life?

No. Measurements can help verify a coating requirement, but they cannot independently predict how many years the product will remain in service.

Need Galvanized Electrical Boxes for Your Project?

When requesting a quotation from ALROUF Electrical Accessories, share the product code or required dimensions, material and coating requirements, quantity, installation environment and delivery city.

Providing complete information helps the team review the available products and prepare a more accurate quotation.

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Learn how to specify, evaluate, and select the right electrical boxes for Saudi building projects—covering materials, compliance, and quality indicators.

How to Select the Right Electrical Box for Saudi Building Projects

Selecting the right electrical box for a Saudi building project starts with understanding the application environment, load requirements, and compliance standards. As an electrical boxes manufacturer Saudi Arabia, Alrouf recommends a systematic approach: first, define the installation location (indoor, outdoor, coastal, or industrial), then determine the required material (galvanized steel or plastic), and finally verify that the box meets Saudi Building Code (SBC) and Saudi Electricity Company (SEC) regulations. This ensures safety, durability, and project approval.

For most commercial and residential applications in Saudi Arabia, galvanized steel electrical boxes are the preferred choice due to their mechanical strength and resistance to corrosion, especially in the humid coastal regions of the Eastern Province. Plastic boxes, on the other hand, are suitable for dry indoor environments and low-load applications, offering cost-effectiveness and ease of installation. The decision should also consider the type of wiring system—conduit, cable, or armored—as this affects box sizing and configuration.

Beyond material, the box's dimensions and knockout configurations must match the conduit and cable sizes specified in the project. Oversizing or undersizing can lead to installation difficulties, code violations, or compromised safety. Alrouf's engineering team assists clients in selecting the correct box type and size, leveraging our in-house tooling and die design capabilities to produce custom configurations when standard options do not suffice.

Finally, consider the manufacturing quality indicators: uniform wall thickness, smooth edges, consistent galvanization, and precise knockout placement. These factors directly impact installation efficiency and long-term performance. By partnering with a reputable electrical boxes manufacturer Saudi Arabia like Alrouf, you ensure that every box meets rigorous quality standards, backed by our ISO-certified processes and decades of experience in the region.

What Are the Key Differences Between Galvanized Steel and Plastic Electrical Boxes?

The primary difference between galvanized steel and plastic electrical boxes lies in their material properties, which dictate their suitability for different environments. Galvanized steel boxes offer superior mechanical protection, fire resistance, and grounding capabilities, making them ideal for industrial, commercial, and outdoor installations. Plastic boxes, typically made from PVC or polycarbonate, are non-conductive, lightweight, and resistant to corrosion, but they lack the structural strength of steel and are not suitable for high-impact or high-temperature environments.

In Saudi Arabia's harsh climate—extreme heat, humidity, and occasional sandstorms—galvanized steel boxes provide the durability needed to withstand these conditions. The zinc coating acts as a sacrificial layer, protecting the underlying steel from corrosion, which is critical in coastal areas like Dammam or Jubail where salt-laden air accelerates rusting. Plastic boxes, while resistant to moisture, can become brittle over time when exposed to prolonged UV radiation, making them less reliable for outdoor use unless specifically rated for UV resistance.

From a procurement perspective, the choice also affects cost and installation. Plastic boxes are generally less expensive and easier to cut and modify on-site, but they require additional grounding measures if used with metal conduits. Steel boxes, while more expensive, offer inherent grounding continuity and are often required by code for certain applications, such as in fire-rated walls or where mechanical protection is critical. Understanding these differences helps procurement leads make informed decisions that balance safety, performance, and budget.

At Alrouf, we manufacture both galvanized steel and plastic electrical boxes, allowing us to provide unbiased guidance based on your project's specific needs. Our steel boxes are produced using progressive die stamping and robotic welding, ensuring precision and consistency, while our plastic injection molding process delivers high-quality, repeatable components. This dual capability positions us as a one-stop supplier for diverse project requirements.

How Do Environmental Factors in Saudi Arabia Affect Electrical Box Selection?

Saudi Arabia's environment presents unique challenges for electrical installations, including extreme temperatures, high humidity in coastal regions, and abrasive dust in desert areas. These factors directly influence the material and design of electrical boxes. For instance, in the Eastern Province, where humidity levels can exceed 80% in summer, galvanized steel boxes with a thick zinc coating (typically 65-85 microns) are essential to prevent corrosion. Alrouf's galvanized steel boxes are manufactured to meet these rigorous standards, ensuring longevity even in the most demanding conditions.

Temperature fluctuations also cause expansion and contraction in materials, which can stress box joints and knockouts. Steel boxes handle thermal cycling better than plastic, which may warp or crack under extreme heat. In industrial settings, such as petrochemical plants or desalination facilities, additional factors like chemical exposure or explosive atmospheres require specialized boxes with higher ingress protection (IP) ratings or explosion-proof certifications. While Alrouf does not manufacture explosion-proof boxes, we collaborate with clients to specify appropriate solutions from trusted partners.

Dust and sand ingress is another critical consideration. Boxes installed outdoors or in unfinished buildings must have tight-fitting covers and gaskets to prevent dust accumulation, which can lead to overheating or short circuits. Our boxes are designed with precision tolerances to ensure proper sealing, and we offer optional gasketed covers for enhanced protection. For coastal installations, we recommend stainless steel fasteners and corrosion-resistant finishes to complement the galvanized box body.

By understanding these environmental factors, procurement leads can specify boxes that not only meet code but also perform reliably over the building's lifespan. Alrouf's engineering team provides detailed guidance on material selection, coating thickness, and sealing options, helping you avoid costly failures and rework. As an electrical boxes manufacturer Saudi Arabia, we are committed to delivering products that withstand the Kingdom's unique conditions.

What Compliance Standards Must Electrical Boxes Meet in Saudi Arabia?

Electrical boxes used in Saudi Arabia must comply with the Saudi Building Code (SBC) and relevant Saudi Standards, Metrology and Quality Organization (SASO) regulations. The SBC 401, which covers electrical installations, references international standards such as IEC 60670 for boxes and enclosures, ensuring safety and performance. Additionally, the Saudi Electricity Company (SEC) has its own requirements for distribution boards and junction boxes, particularly for grid-connected projects. Compliance is not optional—it is a prerequisite for project approval and insurance.

For procurement leads, verifying compliance involves checking that the manufacturer provides test certificates and declarations of conformity. Alrouf's products are designed and tested to meet these standards, and we provide documentation to support your project's approval process. Our manufacturing processes, including progressive die stamping and robotic welding, are controlled to ensure consistent quality, which is essential for passing third-party inspections.

Another key standard is the IP (Ingress Protection) rating, which classifies the degree of protection against dust and water. For outdoor installations in Saudi Arabia, an IP65 rating is often required, while indoor applications may accept IP20 or IP54. Alrouf offers boxes with various IP ratings, and we can advise on the appropriate rating for your specific application. Additionally, fire resistance is a consideration for boxes installed in fire-rated walls; steel boxes naturally provide better fire resistance than plastic, and our galvanized steel boxes meet the required fire performance.

Finally, it is crucial to work with a manufacturer that understands local regulations and can adapt to updates. Alrouf actively monitors changes in SBC and SASO standards, ensuring our products remain compliant. By choosing an electrical boxes manufacturer Saudi Arabia with a proven track record, you mitigate the risk of non-compliance and project delays.

How Can You Evaluate the Manufacturing Quality of Electrical Boxes?

Evaluating the manufacturing quality of electrical boxes is essential to ensure reliability and safety. Key indicators include material thickness, uniformity of galvanization, precision of knockouts, and overall finish. A high-quality galvanized steel box should have a smooth, uniform zinc coating without bare spots or flaking. Alrouf uses advanced coil slitting and progressive die stamping to produce boxes with consistent dimensions and edge quality, minimizing installation issues.

Another critical factor is the accuracy of knockout holes. Poorly punched knockouts can lead to difficult conduit entry, damaged wires, or compromised grounding. Our robotic welding and automated assembly processes ensure that knockouts are precisely positioned and easy to remove, saving time on-site. Additionally, check for burrs or sharp edges that could damage cables or injure installers; our boxes are deburred and finished to a high standard.

Manufacturing certifications, such as ISO 9001, provide assurance of consistent quality management. Alrouf is committed to maintaining rigorous quality control throughout our production lines, from raw material inspection to final testing. We also offer sample testing and can provide technical datasheets for your review. For large projects, we recommend conducting a factory audit or requesting pre-production samples to verify quality before mass procurement.

Finally, consider the manufacturer's experience and reputation in the Saudi market. A local manufacturer like Alrouf, established in 2003, understands the specific demands of the region and has a track record of supplying reliable products to major projects. Our in-house tooling and die design capabilities allow us to quickly address any custom requirements, ensuring that quality is never compromised. By prioritizing these quality indicators, you can select a supplier that delivers long-term value.

What Are the Best Practices for Procuring Electrical Boxes in Bulk?

Bulk procurement of electrical boxes requires strategic planning to ensure cost-effectiveness, timely delivery, and consistent quality. First, establish a clear specification sheet that includes material, dimensions, IP rating, and compliance standards. This avoids ambiguity and ensures all suppliers quote on the same basis. Alrouf provides a detailed specification template that aligns with SBC and SEC requirements, simplifying the RFQ process.

Second, evaluate suppliers based on their manufacturing capabilities, not just price. A supplier with in-house tooling and die design, like Alrouf, can offer better customization and faster lead times. Our progressive die stamping and automated assembly lines enable high-volume production without sacrificing quality, which is critical for large-scale projects. Additionally, consider the supplier's location—choosing a local manufacturer reduces shipping costs and lead times, and supports Saudi Vision 2030's local content goals.

Third, negotiate terms that include quality assurance measures, such as pre-shipment inspections and warranty provisions. Alrouf offers flexible payment terms and can accommodate scheduled deliveries to match your project timeline. We also provide technical support during installation, ensuring that any issues are resolved quickly. For long-term projects, consider establishing a framework agreement to secure pricing and supply stability.

Finally, maintain a buffer stock of critical items to mitigate supply chain disruptions. Alrouf's location in Dammam's Second Industrial City positions us to respond rapidly to urgent orders, and our coil slitting and tubular manufacturing capabilities allow us to produce a wide range of components in-house. By following these best practices, you can streamline your procurement process and ensure project success.

Why Partner with Alrouf as Your Electrical Boxes Manufacturer in Saudi Arabia?

Alrouf has been a trusted electrical boxes manufacturer Saudi Arabia since 2003, serving the Kingdom's construction and industrial sectors from our facility in Dammam's Second Industrial City. Our comprehensive manufacturing capabilities—including progressive die stamping, automated assembly, robotic welding, tooling and die design, tubular manufacturing, coil slitting, and plastic injection molding—allow us to produce a wide range of electrical boxes and accessories with precision and repeatability. This vertical integration ensures quality control at every stage and enables us to offer competitive pricing without compromising on performance.

Our commitment to local manufacturing aligns with Saudi Vision 2030, which prioritizes local content and the development of domestic industries. By choosing Alrouf, you not only receive high-quality products but also contribute to the Kingdom's economic diversification. We are proud to support projects across the Eastern Province and beyond, delivering products that meet the highest standards of safety and durability.

We understand that every project is unique, which is why we offer customization services backed by our in-house tooling and die design team. Whether you need a specific box size, custom knockout pattern, or special coating, we can engineer a solution that meets your exact requirements. Our engineering team works closely with clients to ensure that the final product integrates seamlessly into your electrical system.

Partnering with Alrouf means more than just purchasing components; it means gaining a reliable partner committed to your project's success. We provide technical documentation, compliance certificates, and after-sales support to ensure smooth installation and operation. Contact us today to discuss your requirements and discover how our expertise can add value to your next project.

◈ Key Takeaways

• ✦Always match the electrical box material to the installation environment—galvanized steel for coastal and industrial areas, plastic for dry indoor use.
• ✦Verify compliance with SBC 401, SASO, and SEC requirements before specifying boxes to avoid project delays.
• ✦Inspect manufacturing quality indicators like zinc coating uniformity, knockout precision, and edge finish to ensure long-term reliability.
• ✦Work with a local manufacturer like Alrouf to reduce lead times, support Vision 2030, and get customized solutions.
• ✦Plan bulk procurement with clear specifications and quality assurance measures to secure cost-effective and consistent supply.

Frequently Asked Questions

❓ How much does it cost to buy electrical boxes from a manufacturer in Saudi Arabia?

The cost of electrical boxes from a manufacturer in Saudi Arabia varies based on material, size, and specifications. On average, standard metal or PVC boxes range from SAR 5 to SAR 50 per unit, with bulk orders often receiving discounts. For a precise quote, contact a reputable electrical boxes manufacturer Saudi Arabia like Alrouf.

❓ How long does it take for an electrical boxes manufacturer in Saudi Arabia to deliver?

Delivery times from an electrical boxes manufacturer Saudi Arabia typically range from 1 to 4 weeks, depending on order size and customization. Standard in-stock items may ship within days, while custom orders require additional production time. Alrouf offers efficient logistics across the Kingdom.

❓ What types of electrical boxes are available from Saudi manufacturers?

Saudi manufacturers like Alrouf produce a variety of electrical boxes, including junction boxes, distribution boards, and pull boxes, in materials like PVC, steel, and aluminum. These boxes meet local and international standards, ensuring safety and durability for residential, commercial, and industrial projects.

❓ Which is the best electrical boxes manufacturer in Saudi Arabia?

The best electrical boxes manufacturer Saudi Arabia depends on your project needs, but Alrouf is a trusted name in Dammam, known for high-quality products and compliance with Saudi standards. Look for manufacturers with certifications, experience, and positive client reviews to ensure reliability.

❓ Can I get custom-sized electrical boxes from a Saudi manufacturer?

Yes, most electrical boxes manufacturers Saudi Arabia, including Alrouf, offer custom sizing and specifications to meet unique project requirements. Custom orders may involve additional lead time and costs, but they ensure a perfect fit for your installation. Contact the manufacturer to discuss your needs.

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Alrouf Electrical Accessories Manufacturer

Galvanized electrical boxes & precision metal-plastic components — Dammam — Dammam, Saudi Arabia