Information sheet according to DIN EN ISO 21420:2020:

EN General requirements for gloves

User instructions for Glovebox Gloves
against chemical and biological action H

Type number explanation – long gloves:

Material Hand style Hand size** Material thickness in mm Cuff diameter in mm Additional options / styles Special length
04 = 0,4 mm in mm***
B= ambidextrous L = (9 – 10) F = F-Type mold
2 = CSM 06 = 0,6 mm
V= fully anatomic* XL = (11) 08 = 0,8 mm G = pre washed

*One pair consists of one left and one right glove. **Hand size is defined by the circumference and shape of the fingers.
***If no special length is specified, the glove has a standard length of 800 mm.

Type number explanation – short gloves:

Material Hand style Hand size** Material thickness in mm Length *One pair consists of one left and one right glove.
09 = Size 9 04 = 0,4 mm 330 = 330 mm **Hand size is defined by the circumference and shape of the fingers.
2 = CSM V= fully anatomic* Sizes on request. The cuff diameter is 85 mm - 90 mm.
10 = Size 10 06 = 0,6 mm 350 = 350 mm

Donning and Doffing: Grasp one glove at the lower edge of the rolled a maximum loading force of 1kg. Gloves should never be exposed to direct Type of packaging suitable for transport: Please use a black plastic
edge and pull it over the hand. Repeat the process with the other glove. sunlight. To avoid an accelerated aging process, the glove should not be bag (for example PE) as transport packaging.
To remove, grasp a glove on the outside of the rolled edge and pull it stored in the vicinity of electrical devices in particular near fluorescent tube
Disposal: Unused, together with normal household waste. After
off over your hand. Repeat the process with the other glove. Avoid the lamps. Recommended shelf life at least 42 months after date of manufac-
contact with chemicals, according to the instructions of the respective
contamination of hands with chemicals. turing, indicated on the glove. The date of manufacture is shown next to
chemical disposal.
the batch no. as month and year (MM/YY) on the glove.
Application: The intended use of the gloves is protection against
The symbol on the glove indicates the date of manufacture. Components / Dangerous components: TU / Thiurame: This com-
chemical risks and low mechanical stress.
ponent may be a possible cause of allergies for susceptible persons and
Cleaning: Chemical protective gloves cannot be washed or reused. Handling: The gloves should be checked for any damage before use, consequently lead to skin irritation and / or allergic reactions. In the event
Cleaning of polluted gloves is best done in lukewarm water and soap damaged gloves should not be used under any circumstances. All tech- of an allergic reaction immediately consult a doctor. Further information is
solution. Do not use chemicals. Do not use sharp-edged objects such as nical figures relate to as delivered condition, unused and not stretched available on request.
wire brushes, sandpaper and similar objects. Dry the unsoiled gloves at at room temperature (according to ISO374). When using not specified
chemicals (not mentioned on the chemical list), please contact your Material characteristics: Resistand to oxidizing chemicals, acids,
room temperature. If contaminated with chemicals, the gloves are for
chemical supplier, he will advise you. Gloves shall not be worn when bases, polar organic chemicals, ketones, temperature range: -20°C
single use only.
there is a risk of entanglement by moving parts of machines. to +120°C.
Storage: Gloves should be stored unbent in a dry and dark environment
at a temperature between 5° and 25°C. Gloves need to be stored flat with

Permeation (permeability):
The performance level below is based on the breakthrough time determined during a constant contact with the test chemical under normal laboratory conditions, as described in EN 16523-1:2015.
Measured breakthrough time > 10 min > 30 min > 60 min > 120 min > 240 min > 480 min
Performance level Level 1 Level 2 Level 3 Level 4 Level 5 Level 6

Please note: The material thickness is not considered in the permeation test
according to EN 16523-1. The tests were therefore performed with glove with the
Chemical breakthrough time according EN ISO 374-1:2016+A1:2018 (D) ISO 374-1:2016+A1:2018 / Type B
thinnest material thickness. The actual duration of protection at workplace condi-
Test chemical Measured breakthrough time Performance level tions is influenced by many factors such as material thickness, pressure difference,
A Methanol > 120 min Level 4 contact with the medium (permanent or intermittent), aging of the material or by
negative environmental influences (see storage) and may differ from this perfor-
K Sodium hydroxide 40% > 480 min Level 6
mance level!
L Sulfuric acid 96% > 480 min Level 6
P Hydrogen Peroxide 30 % > 480 min Level 6 Penetration (penetrability) according EN 374-2:2014 (D): passed
AAKL
KLP
Penetration resistance was assessed under laboratory conditions and applies only
to the samples tested.

Degradation according EN 374-4:2013 (D): Protection against microorganism according DIN EN ISO 374-5: 2016: passed ISO 374-5: 2016
Test Chemical Section Average value Glove for protection against bacteria, fungal infection and viruses. Penetration resistance was
assessed under laboratory conditions and applies only to the samples tested.
A Methanol Palm 9,7 %
A Methanol Cuff 1,7 %
K Sodium hydroxide 40% Palm -31,9 %
K Sodium hydroxide 40% Cuff -22,1 % Mechanical characteristics according DIN EN 388:2016+A1:2018 (D): AQL < 1,5
VIRUS
L Sulfuric acid 96% Palm -17,9 %
Abrasion Cut Tear Puncture ISO
L Sulfuric acid 96% Cuff 0,8 % resistance resistance resistance resistance Cut resistance EN 388:2016+A1:2018
DIN EN 388
P Hydrogen Peroxide 30 % Palm -10,3 % Performance level: 1 1 1 1 X
P Hydrogen Peroxide 30 % Cuff -1,9 %
Samples are taken from the palm of the glove.
The degradation results show the change in puncture resistance of the gloves after
exposure to the test chemical. Performance level:
The performance levels for the respective pictogram or for the respective test standard are
Remark: No visually noticeable changes or degradation on the tested areas of the listed, where: 0: indicates that the glove passed the minimum performance level for a given 1 13111
11X
cuff and palm. single hazard; X: indicates that the test is inapplicable due to glove material or glove design
for this glove.
For more information on the performance levels, please refer to the applicable standard.

The EU Declaration of Conformity is available at: www.jung-gt.de and www.jugitec.de.

Safety information:
This information does not provide information about the actual protection time at the workplace and the distinction between mixtures and pure chemicals.
Resistance to chemicals was evaluated under laboratory conditions on samples taken only from the palm of the hand (except in the case where the glove is 400 mm or longer - in which case the cuff is also tested) and
applies only to those tested chemicals. It can be different if the chemical is used in a mixture. It is recommended to check if the gloves are suitable for the intended use as the workplace conditions may differ from those of
the type test depending on temperature, abrasion and degradation. If protective gloves have already been used, they may offer less resistance to hazardous chemicals due to changes in their physical properties. Degradation,
usage, stringing, friction, etc. caused by contact with chemicals can significantly reduce the actual application time. With aggressive chemicals, degradation can be the most important factor to consider when choosing
chemical resistant gloves.
Before use, the gloves must be checked for any faults or defects.

Information pictogram – Please read the information provided by manufacturer

Stand: June 2023
engaged notified (Modul B) and supervising (Modul D) Body 0299: FB PSA Prüf- und Zertifizierungsstelle im DGUV Test, Zwengenberger Str. 68,D-42781 Haan

Jung Gummitechnik GmbH I Robert-Bosch-Str. 2 – 6 I 64683 Einhausen I Phone +49 6251/9634-0 I Fax +49 6251/5493-8 I www.jung-gt.com I info@jung-gt.de