Technical Properties - Lakeland Safegard 76 Mode D'emploi

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Instructions For Use

 These garments are limited use protective clothing manufactured to meet the

requirements of PPE directive 89/686/EEC and PPE standard EN340:

protective clothing general requirements.

 Manufactured under ISO 9001 quality control procedures.

 Bag and garment labels indicate product type.

 Selection of the garment suitable for the application is the users final

responsibility.

 Recommended for single use applications only.

 Ensure all seams and closures are intact. Worn, damaged or contaminated

garments should not be used.

 No special storage conditions required.

 Fabrics with low air permeability (Micromax and Pryolon CRFR) can

cause heat stress. Frequent rest is advised.

 Garments will protect only the parts of the body they cover. Connections with

other PPE may require appropriate sealing.

 All Type 5 testing has been conducted with face, ankles and wrists sealed with

PVC tape. This may be appropriate in some applications.

 PB- Partial body protection garments will only protect parts of the body that are

covered.

 MicroMAX TS pass all the tests defined in EN14126:2003 for protection against

infective agents. We recommend that MicroMAX TS should be used for any

hazardous biological protection as it features fully sealed seams

 Pyrolon garments are tested to EN 14116 and achieve Index 1 (no propagation

of flame to outer edge and no flaming debris) and are not suitable to protect

against flame when worn on their own.

 Uncontaminated garments can be disposed of to landfill or incineration with out

harmful effects. Contaminated garments must be disposed of appropriately

according to the requirements of the contamination.

 Not suitable for use in extremely low temperatures (sub zero) or temperatures

higher than 100 degrees.

 Micromax Coolsuit Advance uses the technical data from the Micromax TS and

Safegard 76, the breathable rear panel will have a lower level of protection than

the rest of the garment and therefor may not be suitable in some applications.

 Type 5 & 6 Coverall

Note that finished garment testing of coveralls for Type 5, 6 and EN1073-2

applications was undertaken with the test subject also wearing other PPE

specifically a face mask, boots and gloves, and that the joins between

the coverall and other PPE were sealed using a adhesive tape, the storm flap

was also taped: PPE selection should include a full face mask that fits the

coverall hood correctly, dipped chemical gloves meeting the length

requirements of EN 420:2003 and Wellington style boots. The joins between the

different PPE should be sealed with a 50mm PVC adhesive tape, ensuring no

gaps or creases remain through which penetration of liquids or dusts could

occur. Selection of the specific type of the other PPE will depend on the type of

protection and chemical risk required. Consult your supplier for details on

suitable additional PPE.

 Coverall meets EN 1073-2:2002 requirements for non-ventilated protective

clothing against particulate radioactive contamination, with the exception of

Clause 4.2: Puncture resistance

Electrostatic Properties: EN1149-5:2008

Fabrics are treated to meet the requirements of EN 1149-5:2008 which re-

quires a surface resistance of 2.5 X 10

EN 1149-5:2008 does not imply conforming garments are suitable for ALL ex-

plosive atmospheres. If in doubt a safety engineer should be consulted.

Please note the following:

1. The garment should be worn with the hood up and the zip fully closed. Con-

tact with the skin should be maintained (eg at wrists or ankles or through other

suitable anti-static clothing) for static dissipation to be effective.

2. The wearer should be properly earthed with the resistance between wearer

and the earth should be less than 10

footwear

3. The garment should not be adjusted or removed in any potentially explosive

atmosphere or in the presence of explosive or inflammable substances

4. Static dissipative properties may be affected by wear and tear or laundering.

Suits should be replaced regularly where static dissipation is important

5. Any non static dissipative clothing worn should be entirely covered by the

coverall including during any movement

Treatment applies to the inside surface of the fabric unless otherwise stated.

Flame Retardency

Pyrolon XT and CRFR are designed to be worn in conjunction with a

suitable thermal protective overall (index 2 or 3) without reducing

thermal protection and are not designed to protect against heat and

flame when worn without other protective clothing. Should not be worn

next to the skin.

Pyrolon XT and CRFR are tested to EN ISO 14116 and achieve Index

1/0/0. ( These suits must be worn over a Class 2 or 3 garment. Pyrolon

XT and CRFR have passed EN ISO 14116, however Pyrolon XT does

notconform to section 6.4.2 tensile strength.

Resistance to permeation by chemicals

MicroMAX TS, Pyrolon CRFR and TPCR have been tested to EN 369

or EN 374-3 to indicate resistance to chemicals. Tests on the fabric and

seams have been conducted. Note that breakthrough times on seams

may be lower than on the fabric. Other chemicals have been tested.

Please refer to your supplier for further information.

Do Not

Do Not Iron

Do Not Wash

Machine Dry

ohms•on at least one side. However,

ohms e.g through the use of suitable

Keep Away

Do Not

Dry Clean

From Flames

and Heat

Limited Life Protective

Clothing

Technical Properties

Material Performance Data

Test No.

Description.

Safegard

MicroMAX

EN530

Abrasion

Class 2

Class 1

EN863

Puncture

Class 1*

ISO2960

Burst

Class 2

ISO7854

Flex Cracking

Class 6

ISO9073

Trap Tear

MD-2

MD-3

CD-2

ISO13934

Tensile

Class 3

Class 2/1

EN1149-1

Anti Stat

Pass

Finished Garment Tests

Test No.

Name

Safegard

MicroM

EN13034

Type 6

PASS

EN13982-1

Type 5

PASS

EN14605:2005

Type 4

EN14605:2005

Type 3

EN1073-

>5<50

2:2002

Class 1*

ISO5082

Seam

Class 3

Strength

80.5N

120.7N

87.28N

*Radioactive particle contamination - Puncture resistance must be Class 2 to conform to EN1073-2 (* denotes non conformance.)

Chemical Repellency- EN 368

Name.

Type.

Safegard

Safegard 76 MicroMAX.

Sulphuric Acid

-Penetration

Class 3

30%

-Repellency

Class 3

Sodium

-Penetration

Class 3

Hydroxide 10%

-Repellency

Class 3

O-Xylene

Class 0

Butan-1-ol

Class 0

Resistance to Permeation by Chemicals EN 374-3

Breakthrough Time in Minutes - Class (Fabric/ Seams)

Chemical

MicroMAX TS

Sulphuric Acid 30%

Class 2/ Class 1

Sodium Hydroxide 40%

O-Xylene

Butan-1-ol

Protection against Infective Agents- EN 14126

Test No.

Description

ISO 16604:2004

Protection against blood & body fluids.

ISO 22611:2003

Protection against biologically contaminated

aerosols

ISO 22612:2005

Protection against dry microbial penetration.

EN 14126:2003, Annex A

Protection against mechanical contact with

substances containing contaminated liquids.

Garment Sizes

Select appropriate

size for users chest

and height.

Chest

Girth (cm)

Body

Height (cm)

Explanation of Label Symbols

Type 6: EN13034: 2005. Reduced Chemical Spray.

Chemical protective suits have been tested to the whole suit test (5.2)

Type 5: EN13982-1: 2004. Dry Particle Protection.

This suit passes the requirement L

Type 4: EN14605: 2005. Chemical Spray.

Type 3: EN14605: 2005. Liquid Tight Seams.

Partial Body protection Type 6/4/3.

Type PB [6] partial body protection has not been tested to the whole

suit test (5.2)

Protection against radioactive contaminated particles- EN1073-2:2002

Class 1: Nominal protection factor >5<50.

Warning Puncture resistance is lower than Class 2 on this product

Electrostatic properties - Surface resistivity - EN1149-1: 1995.

Garments are treated to be static dissipative on the inside surface.

Limited flame spread - EN533: Index 1.

Flammable material. Keep away from fire.

Protection against infective agents EN 14126:2003. Type 4-B

Refer to further instructions over leaf.

Refer to user instruction.

Do not re-use.

CE Approvals by:

Micromax NS/TS

And Pyrolon CRFR:

Safegard, Micromax

BTTG

and Pyrolon XT:

Unit 14 Wheel Forge Way

SGS UK Ltd

Trafford Park

Ellesmere Port

CH65 3EN, UK

M17 1EG, UK

Notified Body No.

0338

0120

Manufactured by and on behalf of:

Lakeland Industries Europe Ltd.

Jet Park 2

244 Main Road

Newport, East Yorkshire

HU15 2RP

MicroMAX

Pyrolon

NS+TS

CRFR

TPCR

Class 2

Class 1

Class 2

Class 6

Class 2

Class 1*

Class 2

Class 3

Class 1

Class 2

Class 5

Class 4

Class 6

Class 5

Class 4

MD-4

MD-3

MD- 4

MD- 2

MD- 4

CD-2

CD- 3

CD- 2

CD- 4

Class 1

Class 2/1

Class 2/3

Class 3

Class 2

Pass

MicroMAX

Pyrolon

CRFR

TPCR

PASS

>5<50

Class 1*

Class 1

Class 3

Class 4

Class 5

88.8N

95.6N

144N

186.8N

347N

MicroMAX

Pyrolon

NS.

TS.

Class 3

Class 2

Class 3

Class 2

Class 0

Pyrolon CRFR

Pyrolon TPCR

Class 1/ Class 1

Class 6/ Class 1

Class 6

Result

Pass- Class 6

Pass- Class 3

Pass- Class 6

Body

Chest

Size

Girth (cm)

Height (cm)

164- 170

84- 92

170- 176

92- 100

176- 182

100-108

182- 188

108- 116

2XL

189- 194

116- 124

3XL

194- 200

124-132

< 30% and L

< 15%

jmn82/90

s8/10

Safegard GP and

Pyrolon TPCR:

Satra

Wyndham Way

Telford Way

Kettering

Northants

NN16 8SD, UK

Notified Body No.

0321

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