MicroMax Coverall with elasticated hood, cuffs, waist and ankles and bound seamsStyle Number: EM428
The addition of the unique scrim between the microporous film and substrate layers results in highest tear strength in its class – a tougher and more durable coverall for more demanding environments.
- Coverall with elasticated hood, cuffs, waist & ankles
- Stitched and bound exterior seams to enhance strength and particle filtration at seams.
- Soft and flexible high quality microporous film laminate offers excellent combination of protection and comfort.
- High moisture vapour transmission rate allows escape of vapour to maintain comfort.
- Fabric passes all tests in EN 14126 infectious agent standard. (However, we recommend only garments featuring sealed seams such as MicroMax® TS should be used for biological hazards).
- Non-linting film surface combined with taped seams makes MicroMax® ideal for many clean room applications.
- Lakeland “Super-B” ergonomic styling – unique combination of three design elements to optimise fit, durability and freedom of movement.
Features: Elastic face, Elastic wrists and ankles, Elastic waist, "Super B“ pattern, Zip flap
- SM - 3XL
- Case Size
|Physical Property||Test Method||Units||Test Results|
|Abrasion Resistance||EN 530||Cycles||<500 cycles / Class 2|
|Burst Strength||ISO 2960||Kilopascals||222.6kPa / Class 3|
|Flex Cracking Resistance||ISO 7854||Cycles||100,000 Cycles / Class 6|
|Hydrostatic Head||ISO 811||cm||310cm|
|Puncture Resistance||EN 863||Newtons||7.2N / Class 1|
|Resistance to Ignition||EN 13274-4||Pass|
|Seam Strength||EN 5082||Newtons||110N / Class 3|
|Tensile Strength - cd||ISO 13934||Newtons||75N / Class 2|
|Tensile Strength - md||ISO 13934||Newtons||110N / Class 3|
|Trapezoidal Tear - cd||EN 9073||Newtons||39.5N / Class 2|
|Trapezoidal Tear - md||EN 9073||Newtons||75.1N / Class 4|
|Trapezoidal Tear - mean||EN 9073||Newtons||57.3N / Class 3|
Physical properties data is based on standard tests required by CE certification designed to allow easy comparison of the strength, durability and robustness of different garments. Lakeland's "Guide to Type 5 & 6 Coveralls" contains easy reference comparison tables of Lakeland garments with main competitors. A glossary with brief explanation of these tests can be found in Lakeland’s “Guide to Chemical Suit Selection”.
|Chemical Test||CAS Number||Physical State||Test Results|
|Butan-1-ol||Liquid||R = Class 3 / P = Class 2|
|o-Xylene||Liquid||R = Class 3 / P = Class 2|
|Sodium Hydroxide 10%||Liquid||R = Class 3 / P = Class 3|
|Sulphuric Acid 30%||Liquid||R = Class 3 / P = Class 3|
Penetration is the process by which a liquid (or dust) will pass through the fabric via holes or gaps in its structure. It is generally measure using visual methods and is suitable for garments designed to protect against low hazard chemical such as paints and light cleaning fluids.
Penetration Data shown For CE garments relates to the liquid Penetration/Repellency test EN 6530 (previously EN 368) required by the Type 6 standard EN 13034.
This test, also known as the “Gutter Test”; places a sample of fabric in a “gutter” suspended at 45o. The liquid is dripped onto the fabric and two figures are recorded; the percentage of the liquid that runs off the fabric (the % Repellency), and the percentage of the liquid that penetrates through the fabric (the % Penetration)
Four chemicals may be tested (Sulphuric Acid 30%, Sodium Hydroxide 10%, Butan-1-ol and o-Xylene) and results are classified according to the following tables (found in EN 14325):-
Repellency: Class 1: >70%, Class 2: >80%, Class 3: >90%
Penetration: Class 1: <10%, Class 2: <5%, Class 3: <1%
(Note, The Repellency class thresholds were changed in the 2018 version of the classification standard (EN 14325). The previous thresholds were:
Class 1: >80%, Class 2: >90%, Class 3: > 95%. The explanation given was for reason of statistical uncertainty in results)
The Type 6 standard requires that:-
- For Repellency a Class 3 shall be obtained on at least one of the four chemicals, and
- For Penetration a Class 2 shall be obtained on at least one of the four chemicals