Draeger CPS 7800
January 18, 2017
MicroMAX® TS Cool Suit Advance
January 21, 2017
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MicroMAX® NS Cool Suit

The unique Lakeland Cool Suit range is lakeland innovation in action. Composite suits combine protective fabrics with breathable Safegard fabric for breathability and comfort. Advance and Advance Plus versions offer Type 4 protection with breathability. The MicroMAX® NS Cool Suit offers users the optimum combination of superior protection and high comfort for Type 5 & 6 applications The critical protective parts of the garment – the front, the hood, the legs and arms, are constructed of MicroMAX® NS fabric – excellent dust and liquid repellency, whilst the back panel uses blue Safegard® materials for breathability. This the user gets the best of both worlds. In addition seams are bound with blue CPE for added strength and protection.

EN 13034 (Type 6)
EN13982 (Type 5)
EN 1073 (Radio-active contaminated dust)
EN 1149-5 (Anti-Static)

Microporous PE film laminate coverall with breathable blue safeguard back panel
Bound seams
Coverall with 3 piece hood, inset sleeves, 2 piece diamond crotch gusset, elasticated hood,​​ waist, cuffs and ankles

Colours:​​  White with blue seams and back panel
Seam Type:​​ Bound  

Key Features

Applications & Industries

Additonal Notes

Composite coverall to maximise protection
whilst offering high comfortSoft and flexible fabric
Bound seams for added security
Lakeland “Super-B” style pattern – ergonomically styled
and sized for generous fit and superior freedom of​​ movement

Warm​​ environments where Type 5 & 6 protection is required
Paint- spray applications
Low-level insecticide / pesticide spraying
Wet applications in GRP manufacture
Boat building
Wind blade manufacture
Pharmaceutical manufacture
General maintenance​​ and cleaning applications
Scene of Crime Operations
Low hazard Emergency response applications

MicroMAX® Cool Suits use two different types of fabrics
to optimise protection AND comfort. The panel of Safegard
materials on the back of the garment has a lower protection
level than the rest of the garment. For this reason users
should ensure there application will not result in a heavy
contamination to the back of the suit. This especially
applies to Cool Suit Advance and Advance Plus
which offer Type 4 protection.​​ 

Packaging:  Individually vaccum packed
Carton quantity:  25


Below are the data for physical properties, penetration and repellency for Type 6 garments and EN 14126 penetration data for protection against biological and infectious agents. Both​​ Safegard®​​ and MicroMAX®​​ data - along with data for Flashspun Polyethylene – the third fabric type commonly used for Type 5 & 6 coveralls – for comparative purposes.

Physical Data for Type 5&6 garments



Micromax NS, TS


 Test Number


 Trapezoidal Tear - md

 EN 9073

 28.1N / Class 2

 Trapezoidal Tear - cd

 EN 9073

 19.4N / Class 1

 Trapezoidal Tear - mean

 EN 9073

 23.75N / Class 2

 Tensile Strength - md

 ISO 13934

 79.87 / Class 2

 Tensile Strength - cd

 ISO 13934

 34N / Class 1

 Abrasion Resistance

 EN 530

 >100 cycles/Class 1

 Puncture Resistance

 EN 863

 6.2N / Class 1

 Burst Strength

 ISO 2960

 50.9kPa / Class 1

Flex Cracking Resistance

ISO 7854

 40,000 flexes/Class 4

Hydrostatic Head

ISO 811

 351cm / n/a

Resistance to Ignition

EN 13274-4

  Pass / n/a

Seam Strength

EN 5082

 88.8N / Class 3

The table above shows the result of standard CE​​ certification required mechanical strength tests on fabrics and seams to provide a general profile of the garment mechanical properties. These are a reflection of controlled lab tests and actual performance of nonwoven fabrics and films may vary. For more​​ detail on each of these tests please see the page at CE Certification and Marking.


Breathability and Comfort Factors



Micromax NS, TS

The best measure of comfort is simple air permeability. This is the property of the fabric to allow air to pass through it easily so that air is exchanged and heat and moisture can be​​ expelled from inside the suit.

Air Permeability

CFM- Cubic feet per minute


A commonly used alternative measure is MVTR (Moisture Vapour Transmission Rate). This is the tendency for the fabric to allow moisture vapour to pass through​​ the fabric and theoretically this affects comfort… though there is little evidence of any real effect over time. Safegard is not tested as it features high air permeability making MVTR irrelevant.


Grams/hour/M2​​ at 37.7oV


Note: a further effect on comfort is the cut and fit of the garment. Selecting the correct size is important both for durability and comfort. Lakeland coveralls use the unique “Super-B” style combining three key factors to make a better​​ fitting garment allowing greater freedom of movement and increased comfort.​​ 


Chemical Repellency Data (penetration / repellency)

EN 368 for Type 6

Micromax NS, TS, Coolsuit

 Sodium Hydroxide 10%

Class 3 / 3

Sulphuric Acid 30%

Class 3 / 3


Class 3 / 2


Class 3 / 2

Repellency testing is required on fabrics used for Type 6 garments and reflects the fabrics tendency to repel the specified liquids at an​​ angle of 45o. The test shows a percentage of the a specific volume of the liquid which rolls off the fabric (i.e. is repelled) and the percentage which penetrates through. The missing percentage has been absorbed into the fabric. Note that any fabric will​​ absorb liquid only until saturation at which point the liquid will pass through immediately. This point is not indicated by the test.​​ 


Protection against infectious agents (EN 14126)



Micromax NS, TS

Blood & body fluids


Class 6 / 6

Bio-contaminated aerosols

ISO 22611:2003

Class 3 / 3

Dry microbial penetration

ISO 22612:2005

Class 3 / 3

Mechanical contact with contaminated liquid

EN 14126:2003 (Annex A)

Class 6 / 6

Data on Flashspun polyethylene is taken for publicly available documents.