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Latex Gloves Juba - 622 CAPITOL II

Name: 622
Brand: Juba

Bicolor supportless latex glove

Normative

1010X

EN388:2016 Protective gloves against mechanical risks.
The EN388: 2003 standard is renamed EN388: 2016, the year of its revision. The reason for the modification is given by the discrepancies in the results between laboratories in the knife cut test, COUP TEST. Materials with high levels of cut produce a dulling effect on the circular blades, which undermines the result.

The new regulation was published in November 2016 and the previous one is from the year 2003. During these 13 years, there has been a great innovation in the materials for the manufacture of cutting gloves, they have forced to introduce changes in the tests to be able to measure with more rigorous levels of protection.

pictograma 388 pictograma 388A1

A - Abrasion resistance (X, 0, 1, 2, 3, 4)
B - Blade Cut Resistance (X, 0, 1, 2, 3, 4, 5)
C - Tear resistance (X, 0, 1, 2, 3, 4)
D - Puncture resistance (X, 0, 1, 2, 3, 4)
E - Cutting by sharp objects ISO 13997 (A, B, C, D, E, F)
F - Impact test complies / does not comply (It is optional. If it complies, put P)

EN388:2016 PERFORMANCE LEVELS	1	2	3	4	5
6.1 Abrasion resistance (Cycles)	100	500	2000	8000	-
6.2 Blade cut resistance (Index)	1,2	2,5	5	10	20
6.4 Tear resistance (Newtons)	10	25	50	75	-
6.5 Puncture resistance (Newtons)	20	60	100	150	-

ENISO13997:1999 PERFORMANCE LEVELS	A	B	C	D	E	F
6.3 TDM: Cut resistance (Newtons)	2	5	10	15	22	30

AKLMNPST

pictograma 374-1 pictograma 374-5

The EN374: 2003 standard is renamed ENISO374: 2016. The purpose of this standard is to classify gloves according to their behavior when exposed to chemical substances.

They are divided into the following parts:
EN ISO 374-1:2016 - Terminology and performance requirements for chemical risks.
EN 374-2:2014 - Determination of resistance to penetration.
EN 16523-1:2015 + A1:2018 - Permeation by liquid chemicals under continuous contact conditions.
EN ISO 374-4:2019 - Determination of resistance to chemical degradation.
EN ISO 374-5:2016 - Terminology and requirements demanded for risks of microorganisms.

Gloves classification according to ENISO374-1: 2016

Gloves are divided into three types:

pictograma 374 tipo a TYPE A

Step time ≥ 30 min for at least 6 products

pictograma 374 tipo b TYPE B

Step time ≥ 30 min for at least 3 products

pictograma 374 tipo c TYPE C

Step time ≥ 10 min for at least 1 products

LETTER	CHEMICAL SUBSTANCE	CAS NUMBER	CLASS
A	Methanol	67-56-1	Primary alcohol
B	Acetone	67-64-1	Cetone
C	Acetonitrile	75-05-8	Nitrile compound
D	Dichloromethane	75-09-2	Chlorine hydrocarbon
E	Carbon disulfide	75-15-0	Sulphate organic compound
F	Toluene	108-88-3	Aromatic hydrocarbon
G	Diethylamine	109-89-7	Amine
H	Tetrahydrofuran	109-99-9	Heterocyclic ether
I	Ethyl acetate	141-78-6	Ester
J	n-heptane	142-85-5	Saturated hydrocarbon
K	Sodium Hydroxide 40%	1310-73-2	Inorganic alkaline
L	Sulphuric acid 96%	7664-93-9	Inorganic, oxidising mineral acid
M	Nitric acid 65%	7697-37-2	Inorganic, oxidising mineral acid
N	Acetic acid 99%	64-19-7	Organic acid
O	Ammonia Hydroxide 25%	1332-21-6	Organic Alkaline
P	Hydrogen peroxide 30%	7722-84-1	Peroxide
S	Hydrofluoric acid 40%	7664-39-3	Mineral organic acid
T	Formaldehyde 37%	50-00-0	Aldehyde

Levels of resistance to permeability

TAVERAGE PENETRATION TIME	PERFORMANCE LEVELS	AVERAGE PENETRATION TIME	PERFORMANCE LEVELS
> 10	Class 1	> 120	Class 4
> 30	Class 2	> 240	Class 5
> 60	Class 3	> 480	Class 6

Gloves classification according to EN374-2:2014
It is the advance of chemical products through the material, seams of the glove at a non-molecular level. Air leak test: the glove is inflated with air and immersed in water. The appearance of air bubbles is controlled within 30 '. Water leak test: the glove is filled with water and the appearance of water droplets is controlled. If these tests are positive, the pictogram will be put on.

Gloves classification according to EN374-4: 2013
Detriment to some of the glove's properties due to contact with a chemical. Eg: discoloration, hardening, softening, etc.Permeation test EN 16523-1. It is the advancement of chemicals at the molecular level. The resistance of the glove material to permeation by a chemical is determined by measuring the time it passes through the material.

Modification of the ENISO374-5: 2016 standard
When the glove passes the test described for virus protection, the word “virus” will appear under the pictogram. If nothing appeared, protection would only be assured against bacteria.

Materials

Latex

Colour

Green / Yellow

Thickness

0.60 mm

Length

XS - 30 cm

S - 30 cm

M - 30 cm

L - 30 cm

XL - 30 cm

Sizes

6/XS

7/S

8/M

9/L

10/XL

Packaging

12 pairs/package

144 pairs/box

Characteristics

Anatomical shape and cotton interior flocking to absorb sweat and provide the user with greater comfort.
Palm strengthened with extra dip.
Bacteriostatic and fungicidal additives.
Non-slip pattern with bee panel finish for optimal grip in wet and dry environments.
Chlorinated for better chemical resistance.
Low in soluble proteins.
Individual bag for point of sale.
This glove protects against the following chemicals: Methanol (level 2,> 30 minutes), Sodium Hydroxide 40% (level 6,> 480 minutes), Sulfuric Acid 96% (level 3,> 60 minutes), Nitric Acid 65% (level 5,> 240 minutes), Acetic Acid (level 2,> 30 minutes), Ammonium Hydroxide 25% (level 1,> 10 minutes), Hydrogen Peroxide 65% (level 6,> 480 minutes), Hydrofluoric acid 40 % (level 6,> 480 minutes) and Formaldehyde 37% (level 6,> 480 minutes).
For bacteria and fungi this glove is totally watertight according to EN 374-2: 2014.

Working gloves suitable for:

Agricultural work and treatments.
Laboratories.
Chemical industry.
Construction, masonry and plumbing.
Fishing industry.
Manufacture of polyester and fiberglass.

Documentation

article Data sheet article Declaration of comformity

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Latex Gloves Juba - 622 CAPITOL II

Normative

Materials

Colour

Thickness

Characteristics

Working gloves suitable for:

Documentation

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