How much is a glove really costing your operation if workers have to replace it halfway through every working day?

That was the challenge faced by one of Malaysia’s pioneering slipper manufacturers.

During a chemical-handling process in its manufacturing operation, workers were using a competitor’s reusable chemical protective gloves.

The problem was persistent:

The gloves were tearing after approximately half a day of use.

Frequent replacement meant higher PPE consumption, more glove waste and repeated interruptions during production.

The manufacturer decided to test an alternative: Nastah FLO2812 Heavy Duty Rubber Gloves.

The result was clear:

Approximately 3 Days of Use vs Half a Day

The customer reported that FLO2812 could be used for approximately 3 days before replacement, compared with approximately half a day for the previous glove.

That represents approximately:

6× Longer Glove Life*

in this customer’s specific chemical-handling application.

The Challenge: Chemical Gloves That Could Not Last Through the Working Day

The customer operates in Malaysia’s footwear manufacturing sector, where chemicals are used during specific stages of production.

Workers needed reusable gloves capable of withstanding both the chemical exposure and the physical demands of the actual production process.

However, the existing glove was not delivering the durability required.

Based on feedback and photographs provided by the customer, the competitor’s gloves were experiencing premature deterioration and tearing after approximately half a day.

For a manufacturing operation, premature glove failure is more than a PPE inconvenience.

It can contribute to:

• Higher glove consumption
• More frequent PPE replacement
• Increased purchasing requirements
• Higher inventory demand
• More glove waste
• Production interruptions while workers replace damaged gloves
• Concerns over whether damaged gloves continue to provide adequate protection

The customer therefore needed a more durable solution for the actual working environment.

The Solution: FLO2812 Heavy Duty Rubber Gloves

The customer switched to Nastah FLO2812, a heavy-duty natural rubber glove designed for demanding industrial applications.

FLO2812 Key Features

Material: Natural rubber
Thickness: Approximately 0.71 mm / 28 mil
Length: Approximately 320 mm / 12.5 inches
Lining: Cotton flocklined
Grip: Diamond-pattern textured surface
Cuff: Wide cuff
Chemical protection: EN ISO 374 Type A
PPE classification: Category III

Its heavy-duty 28 mil construction provides a substantial reusable glove for demanding industrial work, while the diamond-textured surface supports grip and the cotton flocklining improves wearer comfort during extended use.

FLO2812 is also SIRIM DOSH certified.

But physical construction was only part of the difference.

More Than Longer Glove Life: A Broader EN ISO 374 Chemical Resistance Profile

The two gloves also carried different chemical resistance markings.

Previous Competitor Glove

EN 374 chemical code: AJK

• A — Methanol
• J — n-Heptane
• K — Sodium Hydroxide 40%

Nastah FLO2812

EN ISO 374 chemical code: AKLMNOPST

• A — Methanol
• K — Sodium Hydroxide 40%
• L — Sulphuric Acid 96%
• M — Nitric Acid 65%
• N — Acetic Acid 99%
• O — Ammonia 25%
• P — Hydrogen Peroxide 30%
• S — Hydrofluoric Acid 40%
• T — Formaldehyde 37%

FLO2812’s AKLMNOPST profile demonstrates qualifying permeation performance against a broader range of standardized EN ISO 374 reference chemicals than the competitor’s AJK marking.

This does not mean that a glove with more code letters is automatically superior for every chemical.

Chemical compatibility must always be assessed according to the actual chemical being handled, its concentration, temperature, duration of contact and working conditions.

What the broader profile does provide is an additional technical consideration for Safety, EHS and Procurement teams evaluating chemical-resistant gloves for demanding applications.

The Result at a Glance

Half a Day → 3 Days

For this customer, the improvement was not theoretical.

It was measured on the production floor.

The previous glove required replacement after approximately half a day.

FLO2812 lasted approximately 3 days.

For industrial operations with significant PPE consumption, that difference can have a meaningful impact on both operational efficiency and glove expenditure.

Stop Comparing Industrial Gloves on Price Per Pair Alone

Industrial glove purchasing is often evaluated primarily according to unit price.

But the cheapest glove per pair may not necessarily deliver the lowest cost per use.

If a lower-priced glove has to be replaced several times more frequently, the apparent saving can quickly disappear.

Longer glove service life may help contribute to:

Lower Glove Consumption

Fewer replacement pairs may be required to complete the same amount of production work.

Fewer PPE Changes

Workers may spend less time stopping work to replace damaged gloves.

Lower Inventory Pressure

Reduced replacement frequency can lower the number of backup gloves required to support production.

Less Glove Waste

Extending usable glove life can reduce the volume of gloves being discarded.

Better Cost Per Use

Instead of evaluating only the purchase price per pair, Procurement teams can consider the cost of protecting each worker over a working day or production cycle.

For high-consumption operations, the difference can become significant.

Specifications Matter. Real-World Performance Matters More.

Chemical glove performance cannot be determined from thickness or EN ISO 374 markings alone.

Actual service life can be affected by:

• Glove material
• Chemical being handled
• Chemical concentration
• Contact duration
• Exposure frequency
• Temperature
• Mechanical wear
• Abrasion
• Stretching and flexing
• Grip requirements
• Workpiece characteristics
• Glove care and storage

This is particularly important in manufacturing environments.

A glove may need to resist chemical exposure while simultaneously being stretched, flexed, exposed to friction and used continuously to grip tools or production components.

That is why industrial glove evaluation should go beyond asking:

“What certification does this glove have?”

Buyers should also ask:

“How long does this glove actually last in our application?”

For this Malaysian manufacturer, the answer after testing FLO2812 was clear:

Approximately 3 days instead of half a day.

Don’t Accept Premature Glove Failure as a Normal Cost of Production

If your current chemical-resistant gloves are tearing too quickly, being replaced several times per shift or increasing your PPE consumption, it may be time to evaluate another solution.

Nastah Industries manufactures reusable industrial and chemical-resistant gloves in Malaysia for demanding manufacturing environments.

Our team can review your application and help identify a suitable glove for evaluation based on the chemicals being handled, working conditions and required level of durability.

Send Us Your Current Glove Problem

To help us understand your application, send us:

• Your chemical Safety Data Sheet (SDS)
• Your current glove model
• Your glove’s EN ISO 374 marking, if available
• How long the current glove normally lasts
• Photographs showing where the glove is failing
• Description of the chemical-handling process
• Type and duration of chemical exposure
• Required glove sizes
• Estimated monthly or annual quantity

How Long Does Your Current Chemical Glove Last?

If the answer is hours rather than days, it may be worth putting another glove to the test.

This manufacturer did.

Previous glove: approximately half a day.

FLO2812: approximately 3 days.

Could your operation achieve a similar improvement?

Send us your current glove model, SDS and application details.

Let Nastah help you evaluate a glove solution for your chemical-handling process.

Contact Our Sales Team  

Important Application Note

*The approximately 6× longer service duration is calculated from this customer’s reported experience of approximately half a day of use for the previous glove compared with approximately 3 days for FLO2812.

The result relates specifically to this customer’s application and working conditions and should not be interpreted as a guaranteed service life for every application.

Chemical glove performance can vary according to the chemical involved, concentration, exposure duration, temperature, mechanical stress, glove maintenance and other workplace conditions.

EN ISO 374 code letters represent performance against specified standardized reference chemicals and should not be interpreted as proof of suitability for every chemical. Appropriate chemical compatibility should always be assessed for the specific application before use.