How to Clean Switchboard Matting Without Reducing Grip or Causing Premature Wear

Switchboard matting should be cleaned to remove contamination, not polished to look shiny. The right cleaning method removes dust, oil, moisture, and dirt without leaving slippery residue, wearing down the surface pattern, or damaging the insulating rubber. For electrical insulating matting, several use guides recommend soap and water followed by thorough drying, together with visual inspection before use. Cleaning should always support the mat’s two main jobs: electrical insulation and stable underfoot grip. Follow local regulations and your site safety procedure.

The Short Answer: Clean Gently, Dry Fully, and Inspect Before Reuse

Use mild soap and water, remove residue completely, dry the mat properly, and inspect both sides before normal use.

Why Cleaning Affects Grip and Wear

Poor cleaning can make switchboard matting more slippery or wear the surface faster.

Grip depends on the mat’s surface condition. Corrugated, ribbed, diamond, and fine-ribbed surfaces are designed to improve underfoot contact, but contamination can reduce that effect. Dust, grit, water, oil, grease, and cleaner residue can sit on the surface or inside the pattern.

Cleaning mistakes can also damage the mat. Hard brushes, metal tools, aggressive solvents, strong acids, high heat, or repeated over-scrubbing may wear down the surface texture or weaken the rubber. Electrical insulating matting instructions specifically warn against unnecessary exposure to heat, light, oil, grease, turpentine, white spirit, and strong acids, and state that dirty matting should be cleaned with soap and water followed by thorough drying.

What to Avoid When Cleaning Electrical Insulating Mats

Avoid cleaners and methods that leave residue, attack rubber, or reduce surface texture.

Do not use:

• strong acids
• aggressive solvents
• petroleum-based cleaners
• turpentine or white spirit unless specifically approved for a limited corrective use
• oily polish or wax
• silicone shine products
• abrasive grinding pads
• metal brushes
• high-temperature drying
• long soaking
• folding while wet
• cleaning methods that damage or remove markings

CATU insulating mat guidance says dirty mats should be washed with soap and water and dried, while avoiding contact with chemicals, solvents, and strong acids. It also recommends placing mats on a clean, smooth floor free from aggressive elements.

Cleaning Method by Surface Pattern

The surface pattern determines where dirt collects and how the mat should be cleaned.

This table is especially useful for long control rooms and switchboard rooms. The surface may look clean from a distance, but dirt often remains in grooves, corners, seams, and high-footfall areas.

A Practical Cleaning Sequence for Maintenance Teams

The goal is to clean the mat without weakening the surface or hiding defects.

Use this simple maintenance logic:

1. Remove loose dirt first

Sweep or vacuum loose dust, grit, sand, and metal particles before washing. Loose particles can act like abrasives when rubbed across the mat.

2. Wash with mild soap and water

Use mild soap and water or a manufacturer-approved cleaner. Multiple insulating matting use guides recommend soap and water for dirty mats, followed by proper drying.

3. Clean the pattern gently

For corrugated or ribbed switchboard matting, clean along the rib direction. Use a soft brush, mop, or cloth. Avoid hard tools that flatten or scratch the surface.

4. Rinse away residue

Do not leave soap film, oily cleaner, or sticky residue. Residue can reduce grip and attract more dirt.

5. Dry fully before normal use

Matting that becomes wet through cleaning should be dried thoroughly before it is returned to normal service.

6. Inspect both sides

Check both sides for cuts, cracks, tears, pinholes, swelling, hardening, edge curling, chemical damage, and unreadable markings. Use guides for insulating matting recommend visual inspection before use.

7. Do not return questionable mats to service

If the mat appears unsafe, damaged, chemically affected, or no longer readable, remove it from normal use and follow the site’s testing or disposal procedure.

When Cleaning Is Not Enough

Cleaning cannot restore a mat that is physically damaged or electrically questionable.

A dirty mat may be cleaned. A damaged mat needs a control decision. Electrical insulating matting guidance highlights visual inspection for cracks, tears, and surface defects because damage can compromise insulation integrity. It also recommends replacement after an electrical incident because dielectric properties may be affected.

Replacement or removal from normal use becomes more likely when you find:

• cracks
• tears
• pinholes
• cuts
• deep abrasion
• edge curling
• delamination
• swelling
• sticky or softened surface
• chemical damage
• severe hardening
• burn marks
• unreadable markings
• surface pattern worn smooth
• repeated contamination that cannot be removed

Do not try to solve these problems by polishing or aggressive scrubbing. That may make the mat look better while reducing safety confidence.

Buyer and Site Cleaning Checklist

Use this checklist to keep cleaning practical, repeatable, and safe.

Cleaning Frequency: What Determines the Schedule?

Clean switchboard matting often enough to control contamination, not just when it looks unacceptable.

There is no single cleaning schedule for every site. The right frequency depends on:

• foot traffic
• dust level
• moisture level
• oil or grease exposure
• nearby maintenance work
• mat surface pattern
• control room cleanliness
• climate and ventilation
• inspection results
• site safety procedure

A long control room with light foot traffic may need routine dry cleaning and periodic washing. A workshop electrical area with dust, oil, and maintenance activity may need more frequent cleaning and inspection.

Workplace slip guidance also emphasizes that contamination control is central to reducing slip risk. Water, oil, dust, and debris can change how a floor or mat performs underfoot.

How to Protect Grip During Cleaning

Grip is protected by removing contamination without smoothing, polishing, or coating the surface.

To preserve grip:

• clean along the surface pattern
• remove grit before wet cleaning
• avoid waxes and shine products
• do not use oily dressings
• avoid metal brushes and abrasive pads
• do not over-scrub raised ribs or diamond peaks
• rinse cleaner residue fully
• dry the mat before use
• inspect high-footfall areas more often

For corrugated or ribbed switchboard matting, the grooves are part of the traction design. If they fill with dirt or cleaner residue, the surface may feel less secure. If the ribs become worn down, cleaning will not restore the original profile.

Storage After Cleaning

Poor storage after cleaning can undo good maintenance.

Insulating matting should not be stored or used close to excessive heat sources or exposed to direct sunlight for long periods. Boddingtons recommends storage away from excessive heat and prolonged direct sunlight, and notes an ideal storage temperature range of 10°C to 21°C.

Good storage practice includes:

• drying fully before rolling or storing
• keeping mats away from oil, grease, and chemicals
• avoiding sharp bends and heavy compression
• protecting markings from abrasion
• storing away from direct sunlight and heat
• keeping the storage area clean and dry

If matting is delivered in rolls and cut for use, make sure the marking remains visible where required. CATU guidance notes that insulating mats delivered in rolls should be cut so that marking remains visible.

Final Rule of Thumb

Clean switchboard matting to remove contamination, not to polish it.

The best cleaning method is gentle, residue-free, and followed by inspection. If cleaning leaves a slippery film, damages the surface, hides defects, or makes markings unreadable, it creates more risk than it solves.

Use this simple rule:

Clean gently → rinse residue → dry fully → inspect both sides → remove questionable mats from normal use.

Follow local regulations and your site safety procedure.

FAQ

Can switchboard matting be washed?

Yes. Several insulating matting use guides recommend washing dirty mats with soap and water and then drying them properly before normal use.

What cleaner should I use on electrical insulating mats?

Use mild soap and water or a cleaner approved by the mat manufacturer. Avoid strong acids, aggressive solvents, petroleum-based cleaners, oily polish, wax, and abrasive cleaning tools.

Can cleaning reduce the grip of switchboard matting?

Yes. Cleaner residue, oil film, trapped dirt, worn ribs, or overly aggressive scrubbing can reduce grip. Cleaning should remove contamination without polishing or wearing down the surface pattern.

How do you clean corrugated switchboard mats?

Remove loose dirt first, then clean along the ribs or grooves with mild soap and water using a soft brush, mop, or cloth. Rinse away residue, dry fully, and inspect the surface before normal use.

When should switchboard matting be replaced instead of cleaned?

Replace or remove it from normal use if there are cracks, tears, pinholes, curling, chemical damage, sticky surfaces, unreadable markings, or surface wear that affects grip or safety confidence. Visual inspection guidance highlights defects such as cracks, tears, and surface damage as important warning signs.

Should mats be inspected after cleaning?

Yes. Mats should be inspected after cleaning and before return to normal use. Check both sides, surface pattern, edges, markings, and any signs of damage or chemical degradation.