Technical Hand Protection Guide
Safety Glove Standards Guide
Understanding safety glove standards helps safety professionals, procurement teams, distributors, contractors, and industrial buyers compare hand-protection products against the hazards and performance requirements of a specific job.
This guide explains the role of major glove standards, including ANSI/ISEA 105, EN 388, EN 407, and CE marking, and shows how buyers can use standards information when evaluating industrial safety gloves.
What You Will Learn
01
What glove standards actually measure
02
How ANSI/ISEA 105 differs from EN standards
03
How to interpret protection characteristics
04
How to select gloves for workplace hazards
05
What buyers should verify before ordering
What Are Safety Glove Standards?
Safety glove standards provide structured methods for evaluating particular performance characteristics of hand protection. They help users understand how a glove or glove material performs against defined test methods and provide a common language for comparing products.
Simple answer:
A glove standard does not automatically mean that one glove is suitable
for every workplace hazard. The appropriate glove depends on the task,
exposure, environment, required performance characteristics, fit, and
the applicable standard or specification.
For U.S. buyers, ANSI/ISEA 105 is an important reference for occupational
hand-protection classification. International buyers may also encounter
For applications where cut exposure is a primary concern, material selection
and verified performance should both be considered.
Kevlar Cut Resistant Gloves can be evaluated for industrial
tasks involving sharp components, material handling, assembly and other
applications where cut protection is important. However, Kevlar or aramid
content alone does not determine a glove’s protection level, so buyers
should review the applicable ANSI/ISEA or EN test results and the complete
glove specifications before selecting a product.
Kevlar Cut Protection for High-Risk Applications
Major Safety Glove Standards at a Glance
The standards below address different performance areas. Always verify the actual technical documentation for the specific glove being considered.
U.S. STANDARD
ANSI/ISEA 105
ANSI/ISEA 105 is the American National Standard for Hand Protection Classification. It addresses classification and testing for specific performance properties of hand protection, including mechanical and chemical protection characteristics.
Relevant performance areas can include abrasion, cut resistance, puncture resistance, chemical permeation and degradation, as well as other characteristics covered by the standard.
EUROPEAN STANDARD
EN 388
EN 388 is associated with protective gloves against mechanical risks. Buyers may encounter EN 388 information when evaluating characteristics such as abrasion, cut, tear and puncture performance.
When reviewing an EN 388 marking or test result, use the complete technical information rather than assuming that one part of the marking represents overall glove protection.
THERMAL PROTECTION
EN 407
EN 407 relates to protective gloves against thermal risks. It is relevant when evaluating glove performance for specified forms of heat or thermal exposure.
Thermal performance should always be considered in relation to the actual workplace conditions and the particular test characteristics documented for the glove.
EUROPEAN COMPLIANCE MARKING
CE Marking
CE marking is used within the European regulatory framework to indicate that applicable requirements have been addressed for the relevant product category.
CE marking should not be treated as a universal performance rating. Buyers should review the applicable conformity documentation and technical information for the specific product.
ANSI/ISEA 105: The U.S. Hand Protection Classification Standard
ANSI/ISEA 105 is particularly relevant to U.S. occupational hand-protection buyers. The current ANSI listing identifies ANSI/ISEA 105-2024 as the American National Standard for Hand Protection Classification.
The standard provides performance classifications for defined properties rather than declaring a glove universally “safe” for every application. This distinction is important when procurement teams develop glove specifications.
| Performance Area | Why It Matters | Buyer Consideration |
|---|---|---|
| Abrasion | Indicates resistance to defined abrasive exposure under the applicable test method. | Consider repetitive contact, rubbing and material handling. |
| Cut Resistance | Helps classify resistance against defined cutting forces under the applicable method. | Consider sharp edges, sheet materials, glass and cutting tasks. |
| Puncture Resistance | Addresses performance against defined puncture forces. | Consider nails, wire, sharp components and similar exposures. |
| Chemical Protection | Can involve characteristics such as chemical permeation and degradation. | Select according to the specific chemical and exposure conditions. |
Important:
A standard classification is not a substitute for workplace hazard
assessment. The correct glove specification should be based on the
actual task and exposure.
Understanding EN 388 and EN 407
U.S. buyers may encounter European standards when sourcing gloves from international manufacturers or comparing products designed for multiple markets.
01
EN 388
Focuses on mechanical risks and provides a framework for evaluating defined characteristics such as abrasion, cut, tear and puncture.
Buyers should review the complete test information rather than relying on a single number or symbol.
02
EN 407
Addresses protective gloves against thermal risks and is relevant when heat-related exposure is part of the work environment.
Thermal protection should be matched to the specific exposure and documented performance of the glove.
03
CE Marking
CE marking belongs to the European conformity framework and should be interpreted alongside the relevant technical documentation.
It should not be used as a simple substitute for evaluating the glove’s actual performance characteristics.
How to Choose Gloves Based on Standards
Standards become useful when they are connected to a real workplace requirement. Start with the hazard rather than starting with a glove model.
STEP 01
Identify the Task
Understand what workers actually do and how their hands interact with tools, materials and equipment.
STEP 02
Identify the Hazard
Determine whether the main exposure involves mechanical, thermal, chemical, vibration, cold or other conditions.
STEP 03
Define Performance
Establish the performance characteristics and applicable standards required for the task.
STEP 04
Verify Documentation
Confirm the actual product specifications, test information and conformity documentation before procurement.
Safety Glove Buyer Checklist
Procurement teams can use the following checklist when evaluating industrial safety gloves for a workplace or product program.
Identify the primary hand hazards.
Define the work environment and conditions.
Determine required abrasion performance.
Determine whether cut resistance is relevant.
Determine whether puncture resistance is required.
Consider heat or cold exposure.
Evaluate grip and dexterity requirements.
Confirm fit and sizing requirements.
Identify applicable standards.
Request current technical documentation.
Where Protekta Glove Categories Fit
Protekta manufactures and supplies a broad range of work and industrial glove categories. The appropriate category depends on the application, hazard profile and required product characteristics.
Industrial Working Gloves
For general industrial work, maintenance, handling and related
applications where the appropriate product characteristics are required.
Mechanic Gloves
Relevant for mechanical work where dexterity, handling and
application-specific protection are important.
Impact Gloves
Consider when the work environment includes defined impact-related
hand hazards.
Welding Gloves
Designed for welding-related applications where the product
specification addresses the relevant working conditions.
Rigger Gloves
Used in applications where handling and rigging-related work
requirements influence glove selection.
Chainsaw Gloves
A specialized category for forestry and chainsaw-related
applications requiring task-specific protection considerations.
What Industrial Buyers Should Verify Before Ordering
For distributors, importers, safety-equipment brands and industrial procurement teams, standards are only one part of product evaluation. Product documentation, specifications and supply requirements should also be reviewed before an order is finalized.
01
Product Specifications
Confirm the construction, materials, sizing, design features and other specifications relevant to your application.
02
Technical Documentation
Request applicable test information, certifications or conformity documentation when required for your purchasing program.
03
Customization
If you require a custom product, branding, labeling or packaging, define these requirements before production planning.
Why Consider Protekta for Industrial Hand Protection?
Protekta is a Pakistan-based manufacturer of work and industrial gloves serving international markets. The company states that it has more than 49 years of experience and produces more than 6 million pairs annually for global industrial use.
Its published capabilities include research and development, cutting, printing, stitching, quality assurance and packing. Protekta also provides product categories covering industrial working gloves, mechanic gloves, impact gloves, welding gloves, rigger gloves, chainsaw gloves and other specialized glove types.
For buyers developing a product program, Protekta can be relevant when requirements involve product selection, customization, sampling, packaging and manufacturing support.
For U.S. buyers:
Start with your application and required performance characteristics.
Protekta can then help you discuss the appropriate product requirements
and available manufacturing options.
Safety Glove Standards FAQs
What is ANSI/ISEA 105?
ANSI/ISEA 105 is an American National Standard for hand-protection classification. It provides methods and classifications for defined performance characteristics of hand protection.
What does EN 388 cover?
EN 388 is associated with protective gloves against mechanical risks, including defined performance characteristics such as abrasion, cut, tear and puncture.
What is EN 407 used for?
EN 407 relates to protective gloves against thermal risks. It is relevant when evaluating glove performance against specified forms of heat-related exposure.
Is CE marking the same as a glove protection rating?
No. CE marking relates to the applicable European conformity framework. Buyers should still review the relevant technical documentation and product performance information.
Are ANSI and EN glove ratings interchangeable?
They should not be treated as automatically interchangeable. Each standard uses its own defined methods and classification framework, so buyers should review the actual test information for the product.
How should a company choose safety gloves?
Begin with the workplace task and hazards, identify the required performance characteristics, determine the applicable standards, and then verify the specifications and documentation for the selected glove.
Can Protekta provide customized safety gloves?
Protekta’s published business information includes customization, product development, sampling and packaging capabilities. Specific requirements should be discussed directly with the company.
Should buyers request technical documentation?
Yes. When standards or performance characteristics are important to procurement, buyers should request and review the applicable product specifications and technical documentation before ordering.
Need Help Selecting the Right Industrial Safety Gloves?
Tell Protekta about your application, workplace hazards, required performance characteristics and purchasing requirements. The team can discuss suitable glove categories, customization, samples, packaging and manufacturing options based on your needs.
Technical note:
Standards, certifications, test methods and regulatory requirements can
change. Always verify the current applicable standard and the specific
product documentation before using a glove specification for workplace
procurement or compliance decisions.
Antivibration Gloves
Beekeeping Gloves
CE Certified Gloves