Standards & Certifications

EN 14605

EN 14605

Liquid chemicals

Garments that comply with EN 14605 protect against liquid chemical hazards. The standard defines the performance requirements for liquid-tight (Type 3), spray-tight (Type 4) and partial body protection, ensuring reliable defence against chemical splashes, sprays and jets.

When to use EN 14605 garments

EN 14605 clothing is worn where workers may come into contact with hazardous liquids - whether through direct splashes, jets or sprays. Typical applications include chemical handling, industrial cleaning, and maintenance in environments where liquid exposure poses a risk. The standard ensures the garment’s ability to resist liquid penetration under controlled test conditions, but real-world compatibility with specific chemicals must always be verified.

Protection types for chemical protective clothing

EN 14605 clothing is part of the six protection types defined for chemical protective clothing:

Type 1: Gas-tight suits (EN 943-1 / EN 943-2)

Type 2: Non-gas-tight suits (EN 943-1)

Type 3: Liquid-tight suits (EN 14605 – jet test)

Type 4: Spray-tight suits (EN 14605 – spray test)

Type 5: Particle protective clothing (EN ISO 13982-1)

Type 6: Protective clothing against small splashes (EN 13034)

Within EN 14605, two types of protection are distinguished - Type 3 (liquid-tight) and Type 4 (spray-tight) - each available in both full-body and partial body versions.

Type 3 – Liquid-tight protection

Type 3 garments are tested for resistance to strong jets of liquid chemicals under pressure, ensuring tight seams and closures that prevent liquid penetration.

Coverage Protection offered
Full-body (Type 3) Protection against strong jets of liquid chemicals.
Partial body (Type PB[3]) Protection for specific body parts against strong liquid jets.

Type 4 – Spray-tight protection

Type 4 garments are tested for resistance to lighter sprays or splashes of liquid chemicals, featuring splash-tight but non-pressurised seams and closures.

Coverage Protection offered
Full-body (Type 4) Protection against lighter sprays or splashes of liquid chemicals.
Partial body (Type PB[4]) Protection for specific body parts against light sprays or splashes.

Performance requirements

Garments certified under EN 14605 must demonstrate both material and construction integrity. Tests include (but are not limited to):

  • Fabric and seam strength tests - ensuring mechanical durability under stress.

  • Permeation tests - measuring how long it takes for a chemical to pass through the material.

To comply, fabrics and seams must achieve at least Class 1 permeation performance (breakthrough time > 10 minutes). Both liquid-tight and spray-tight garments require sealed seams, tested under conditions that simulate realistic chemical exposure.

About the symbol

EN 14605-certified garments carry the chemical protection pictogram: an Erlenmeyer flask symbol indicating resistance to liquid chemicals. Below the pictogram, the marking “Type 3”, “Type 4” or “Type PB [3/4]” specifies both the type of protection and the coverage.

  • For example: the Essen Chemtex coveralls are certified EN 14605:2005 + A1:2009 Type 4 as well as Type 3, offering full-body protection against both liquid chemical jets and sprays.

  • For example: the Morgat work jacket in Flexothane® Kleen fabric is certified EN 14605:2005 + A1:2009 Type PB [4], indicating partial body protection against lighter sprays or splashes.

PRO-tect yourself

EN 14605 garments provide advanced protection against liquid chemical jets and sprays. Working in an environment with only limited or occasional chemical exposure? Choose EN 13034 garments for light spray or splash protection.

Correct use and maintenance of EN 14605 garments

To ensure continued protection:

  • Always wear EN 14605 garments as part of a complete PPE system with compatible gloves, boots and respiratory protection.

  • Check whether the garment is designed for limited use or reusable application.

  • Follow manufacturer instructions for cleaning and inspection – improper maintenance or extended use beyond tested conditions can reduce protection.

  • Inspect regularly for damage or seam failure, and replace when performance may be compromised.

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