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Workmaster™ Hazmax™ - User Information

The safety footwear supplied by Respirex International Ltd complies with the PPE Regulation  
(EU) 2016/425 requirements according to the European harmonized standard EN ISO 20345:2011.
Module B certificate issued by SGS FIMKO OY, Takomotie 8, 00380 Helsinki, Finland.
UKCA Type-examination for Regulation 2016/425 by: Approved Body No. 0120, SGS United Kingdom Limited, Rossmoor 
Business Park, Ellesmere Port, South Wirral, Cheshire, CH65 3EN.
This product provides full protection against hazardous chemicals according to EN13832-3:2018 and EN943-2:2002. 
Workmaster™ Hazmax™ has surpassed the requirements of EN943-2 standard which requires suits/boots to have a minimum 
breakthrough time of 10 minutes when tested against the 15 chemicals listed in bold in the table below. 
Workmaster™ Hazmax™ boots have been tested with different chemicals given in the table below. The protection has been 
assessed under laboratory conditions and relates only to the chemicals given. The wearer should be aware that in case of 
contact with other chemicals or with physical stresses (high temperature, abrasion for example), the protection given by the 
boots may be adversely affected and necessary precautions should be taken.
All chemical permeation testing in accordance with EN369 or EN374-3 except **tested in accordance with EN13832-3:2018.

Chemical

CAS N

o

Breakthrough 

Time (mins)

Acetone

67-64-1

>120

Acetonitrile

75-05-8

>240

Acrylic acid

79-10-7

>480

Acrylonitrile

107-13-1

>120

Ammonia Gas

7664-41-7

>480

Ammonia solution 25%**

1336-21-6

>1921

Arsenic Acid

7778-39-4

>480

Bromine

7726-95-6

>420

1.3 Butadiene Gas

106-99-0

>180

Carbon Disulphide

75-15-0

>60

Chlorine Gas

7782-50-5

>480

Chromic Acid

-

>480

Dichloromethane

75-09-2

>60

Diethylamine

109-89-7

>60

Dimethylformamide

68-12-2

>180

Ethyl Acetate

141-78-6

>120

Ethylene Dichloride

107-06-2

>480

Ethylene Oxide

75-21-8

>120

Heptane

142-82-5

>480

Chemical

CAS N

o

Breakthrough 

Time (mins)

Hydrofluoric Acid 48%

7664-39-3

>3960

Hydrogen Chloride Gas

7647-01-0

>480

Methanol

67-56-1

>480

Methyl Chloride Gas

74-87-3

>60

Nitric Acid

7697-37-2

>480

Nitro Benzene

98-95-3

>180

Oleum 40% Free SO

3

8014-95-7

>480

30% Sodium Hydroxide**

1310-73-2

>1921

Sodium Hydroxide 40%

1310-73-2

>480

Sodium Hypochlorite13%**

7681-52-9

>1921

Sulphuric Acid 96%

7664-93-9

>480

Tetrachloroethylene

127-18-4

>180

Tetrahydrofuran

109-99-9

>120

Toluene

108-88-3

>240

Toluene 2.4  
Diisocyanate (tdi)

584-84-9

>480

Additional data is available upon request

Marking denotes that the footwear is licensed according to PPE regulation as follows:

•  Supplier

 - See sole and upper

•  CE 2797

- See upper; Notified Body responsible for Module D BSI Group The Netherlands B.V. Say Building, John M. 

Keynesplein 9, 1066 EP, Amsterdam, Netherlands

•  UKCA 0086

 - See upper; UK conformance assessed 0086 BSI, Davey Avenue, Knowlhill, Milton Keynes, MK5 8PP United 

Kingdom UKCA

•  England RH1 4DP

 - See upper; address of UK office

•  D-02625 Bautzen

 - See upper; address of EU office

•  EN ISO 20345:2011

- See upper; number of European standard

•  S5

 - See upper; energy absorption, anti-static and perforation resistant insert. 

•  HRO

 - See upper; denotes heat resistant outsole

•  CI 

- See upper; cold insulation to EN ISO 20345

•  FO

 - See upper; fuel resistant outsole

•  SRC

 - See upper; denotes slip resistance to soapy water on ceramic tile and glycerol on steel to EN ISO 20345:2011

•  A K-O-P Q R T

 - See upper; denotes that the boot  has passed the EN 13832-3:2018 permeation and degradation test for 

A-Methanol CAS 67-56-1, K-40% Sodium hydroxide solution CAS 1310-73-2, O-30%, Ammonia hydroxide CAS 1336-21-6, 
P-Hydrogen peroxide 30% CAS 7722-84-1, Q-Isopropanol CAS 67-63-0, R-Sodium hypochlorite (13±1)%, T-Formaldehyde 
37% CAS 50-00-0

•  Size 

- See sole; UK & European marking.

•  Date of Manufacture 

- See upper; week and year.

• 

See upper; Denotes chemical resistance

• 

See upper; Denotes refer to user instructions.

Содержание workMaster HAZMAX

Страница 1: ...HAZMAX HAZMAX GB User Information FR Guide d utilisation DE Benutzerinformation ES Manual de usuario IT Manuale d uso NL Gebruikersinformatie TN B00854 D 22 workMasterTM EN13832 3 S5 HRO SRC CI FO ...

Страница 2: ...1 78 6 120 Ethylene Dichloride 107 06 2 480 Ethylene Oxide 75 21 8 120 Heptane 142 82 5 480 Chemical CAS No Breakthrough Time mins Hydrofluoric Acid 48 7664 39 3 3960 Hydrogen Chloride Gas 7647 01 0 480 Methanol 67 56 1 480 Methyl Chloride Gas 74 87 3 60 Nitric Acid 7697 37 2 480 Nitro Benzene 98 95 3 180 Oleum 40 Free SO3 8014 95 7 480 30 Sodium Hydroxide 1310 73 2 1921 Sodium Hydroxide 40 1310 7...

Страница 3: ...ould be noted however that antistatic footwear cannot guarantee an adequate protection against electric shock as it introduces only a resistance between foot and floor If the risk of electric shock has not been completely eliminated additional measures to avoid this risk are essential If there is a risk of electric shock Respirex would recommend the use of our Workmaster Dielectric footwear which ...

Страница 4: ...60 Chlorure d hydrogène gazeux 7647 01 0 480 Méthanol 67 56 1 480 Chlorure de méthyle 74 87 3 60 Acide nitrique 7697 37 2 480 Nitrobenzène 98 95 3 180 Oléum 40 sans SO3 8014 95 7 480 Hydroxyde de sodium 30 1310 73 2 1921 Hydroxyde de Sodium à 40 1310 73 2 480 Hypochlorite de sodium 13 7681 52 9 1921 Acide sulfurique à 96 7664 93 9 480 Tétrachloroéthylène 127 18 4 180 Tétrahydrofurane 109 99 9 120 ...

Страница 5: ... vivantes n a pas été complètement éliminé Il faut cependant noter que les chaussures antistatiques ne peuvent pas garantir une protection adéquate contre les chocs électriques car elles n introduisent qu une résistance entre le pied et le sol Si le risque de choc électrique n a pas été complètement éliminé des mesures supplémentaires sont essentielles pour éviter ce risque En cas de risque de cho...

Страница 6: ...t Min Flusssäure 48 7664 39 3 3960 Chlorwasserstoffgas 7647 01 0 480 Methanol 67 56 1 480 Methylchlorid 74 87 3 60 Salpetersäure 7697 37 2 480 Nitrobenzol 98 95 3 180 Oleum 40 ohne SO3 8014 95 7 480 30 Natriumhydroxid 1310 73 2 1921 Natriumhydroxid 40 1310 73 2 480 Natriumhypochlorit 13 7681 52 9 1921 Schwefelsäure 96 7664 93 9 480 Tetrachlorethen 127 18 4 180 Tetrahydrofuran 109 99 9 120 Toluol 1...

Страница 7: ...ch antistatisches Schuhwerk kein ausreichender Schutz vor einem Stromschlag gewährleistet werden kann da hiermit lediglich ein Widerstand zwischen Fuß und Boden geschaffen wird Kann die Gefahr eines Stromschlags nicht vollkommen ausgeschlossen werden ist es von größter Wichtigkeit weitere Maßnahmen zu treffen um dieses Risikos zu vermeiden Bei Elektroschlaggefahr empfiehlt Respirex unser Workmaste...

Страница 8: ...etanol 67 56 1 480 Gas cloruro de metilo 74 87 3 60 Ácido nítrico 7697 37 2 480 Nitrobenceno 98 95 3 180 Óleum al 40 sin SO3 8014 95 7 480 30 hidróxido de sodio 1310 73 2 1921 Hidróxido sódico al 40 1310 73 2 480 hipoclorito sódico 13 7681 52 9 1921 Ácido sulfúrico al 96 7664 93 9 480 Tetracloroetileno 127 18 4 180 Tetrahidrofurano 109 99 9 120 Tolueno 108 88 3 240 2 4 tolueno diisocianato tdi 584...

Страница 9: ...alquier aparato eléctrico o piezas bajo tensión No obstante debe señalarse que el calzado antiestático no puede garantizar una protección adecuada contra descargas eléctricas pues solo introduce una resistencia entre el pie y el suelo Si no se ha eliminado por completo el riesgo de descarga eléctrica se requieren medidas adicionales para evitar este riesgo Si hay riesgo de descarga eléctrica Respi...

Страница 10: ...do cloridrico 48 7664 39 3 3960 gas di acido cloridrico 7647 01 0 480 Metanolo 67 56 1 480 Gas metilcloruro 74 87 3 60 Acido nitrico 7697 37 2 480 Nitro benzene 98 95 3 180 Oleum SO3 libero 40 8014 95 7 480 Idrossido di sodio 30 1310 73 2 1921 Idrossido di sodio 40 1310 73 2 480 Ipoclorito di sodio 13 7681 52 9 1921 Acido solforico 96 7664 93 9 480 Tetracloroetilene 127 18 4 180 Tetraidrofurano 10...

Страница 11: ...a apparecchi elettrici o parti sotto tensione non è stato completamente eliminato Tenere presente comunque che le calzature antistatiche non possono garantire una protezione adeguata dalle scosse elettriche in quanto introducono semplicemente una resistenza tra il piede e il pavimento Se non è possibile eliminare completamente il rischio di scosse elettriche è essenziale adottare ulteriori precauz...

Страница 12: ...alpeterzuur 7697 37 2 480 Nitrobenzeen 98 95 3 180 Oleum 40 vrij SO3 8014 95 7 480 30 Natriumhydroxide 1310 73 2 1921 Natriumhydroxide 40 1310 73 2 480 Natriumhypochloriet 13 7681 52 9 1921 Zwavelzuur 96 7664 93 9 480 Tetrachlooretheen 127 18 4 180 Tetrahydrofuraan 109 99 9 120 Tolueen 108 88 3 240 Tuoleen 2 4 Diisocyanaat tdi 584 84 9 480 Aanvullende gegevens verkrijgbaar op verzoek Het etiket ve...

Страница 13: ...ter worden opgemerkt dat antistatisch schoeisel voldoende bescherming tegen elektrische schok niet kan garanderen omdat het alleen een weerstand tussen de voet en de vloer biedt Als het risico op elektrische schok niet geheel is uitgesloten zijn er aanvullende maatregelen nodig om het risico te vermijden In geval het risico op een elektrische schok zou Respirex het gebruik van ons Workmaster diële...

Страница 14: ......

Страница 15: ......

Страница 16: ... Philanthropic Road Redhill RH1 4DP United Kingdom 44 0 1737 778600 info respirex co uk www respirex com Respirex GmbH Wilthener Straße32 Gebäude 4a D 02625 Bautzen Deutschland 49 0 3591 5311290 info respirex de www respirex com workMasterTM www workmasterboots com ...

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