Let's be honest.

You spend good money on quality safety gloves. You choose the right material, the right cut level, the right chemical resistance. You hand them to your workers. And then... what?

If you're like most companies, the gloves get used, tossed in a locker, and forgotten until they fall apart.

That's a mistake.

Industry statistics suggest that about 35% of work gloves are compromised due to improper storage —exposure to heat, moisture, or chemicals that degrade the material before it even gets used . And even more gloves fail prematurely because they're never cleaned or inspected.

Here's the hard truth: A glove that isn't properly maintained is a glove that will fail when you need it most.

At Qingdao Meiji Labor Products Co., Ltd, we don't just manufacture high-quality safety gloves. We want to make sure you get the most out of every pair. That means proper cleaning, correct storage, and regular inspection.

Today, we're breaking down everything you need to know about keeping your gloves in top condition.

Why Glove Maintenance Matters

Meiji says: Proper care doesn't just extend glove life—it ensures the glove actually works when it's needed.

Part 1: Cleaning Your Safety Gloves (The Right Way)

Not all gloves are washed the same way. Different materials require different methods.

For Cut-Resistant & Coated Gloves (PU, Nitrile, Latex)

Most cut-resistant and coated gloves can be washed—and should be washed regularly. Laundering removes harmful chemicals, perspiration, and everyday grit that can weaken protective fibers and seams .

Best practice:

* Machine wash at 40°C (104°F) with mild detergent 

* Do not use bleach or fabric softener—these attack rubber and synthetic fibers 

* Air dry—never use a machine dryer or direct heat source 

* For coated gloves with foam or micro-porous surfaces, avoid aggressive solvents that could damage the coating

Some gloves are hand-wash only—check the manufacturer's label.

For Chemical-Resistant Gloves (Rubber, Nitrile, Neoprene)

Best practice:

* Rinse thoroughly with water after each use to remove chemical residues 

* Use mild soap and lukewarm water—water temperature should not exceed 65°C 

* For stubborn contamination (oil, tar, paint), use appropriate solvents sparingly, then rinse immediately 

* Dry thoroughly before storage—place gloves upright over a support rod or cardboard tube to allow air circulation 

Meiji says: Leaving chemical residue on gloves is like leaving acid on your skin—it will eat away at the material over time. Rinse after every use.

For Leather Gloves (Welding, Heat Protection)

Best practice:

* Do NOT wash leather gloves frequently—it dries out the leather 

* Use a damp cloth and mild detergent to remove surface stains 

* After drying, apply a leather balm to maintain suppleness and durability 

* Do not store in plastic bags—leather needs to breathe 

For Insulating (Electrical) Gloves

Best practice:

* Clean with water and mild soap only—no bleach, no solvents 

* Rinse thoroughly after washing

* Air dry—do not use heat or sunlight

* Apply a light dusting of talcum powder after drying to prevent sticking 

Part 2: The Golden Rule—Inspect Before Every Use

This is non-negotiable.

Every single day, before gloves go on hands, they must be visually inspected. For critical applications, an air test is also required.

Visual Inspection Checklist

Before each use, check for:

Meiji says: A glove that fails inspection belongs in the bin—not on a worker's hand.

The Air Test (For Chemical & Insulating Gloves)

For rubber and insulating gloves, visual inspection is not enough. You must also perform a daily air test .

How to air test:

1.Roll the glove cuff tightly toward the palm to trap air inside 

2.Hold the glove closed so no air escapes

3.Squeeze the fingers, thumb, and palm to check for air leaks

4.Listen for hissing sounds—any air escape means failure

5.Observe the glove while inflated—look for bulges or thinning spots

If you detect any air leak, reject the glove immediately. Do not use it .

Part 3: Proper Storage—Where Gloves Go to Last

How you store gloves is as important as how you use them. Poor storage is a leading cause of premature glove failure.

General Storage Rules

Specific Storage Notes by Glove Type

Part 4: Regular Testing—For Critical Gloves

For certain gloves, visual inspection and daily air tests are not enough. Regular laboratory testing is required.

Insulating Gloves (Electrical)

Failure to retest on schedule means the gloves cannot legally be used for live electrical work. 

Testing Checklist for Insulating Gloves

* Check standard markings (IS 4770, EN 60903, ASTM D120) 

* Verify voltage class rating 

* Check manufacturing date and retest validity 

* Inspect for any damage as listed in the visual inspection section

Part 5: When to Replace Your Gloves

Never wait for a glove to fail before replacing it.

Replace your gloves immediately when:

Even without visible damage, replace gloves on a regular schedule: 

* For heavy daily use: replace every 3–6 months

* For moderate use: replace every 6–12 months

* For insulating gloves: at least every 6 months (with retest)

Meiji says: A glove that "looks okay" but has exceeded its lifespan is a false sense of security. Replace on schedule—not just when it looks worn.

Quick Reference: Care & Maintenance Checklist

The Meiji Promise: Gloves That Last—When You Care for Them

At Qingdao Meiji Labor Products Co., Ltd, we manufacture high-quality safety gloves designed to perform—but even the best gloves need proper care.

We don't just sell gloves. We help you get the most out of them.

* Cut-resistant gloves that stand up to daily wear—when cleaned and stored right

* Chemical-resistant gloves that keep their barrier—when rinsed after each use

* Insulating gloves that stay safe—when tested and inspected as required

Your gloves work hard. Give them the care they deserve.

* Phone: 0086-15020088730

* Visit: www.meijigloves.com

* Email: info@meijigloves.com

Qingdao Meiji — Quality gloves. Proper care. Real protection.