TEGERA 8831R Cut Protection Gloves Instruction Manual

: June 9, 2024
: TEGERA

Table of Contents

TEGERA 8831R Cut Protection Gloves
INSTRUCTIONS FOR USE
- EN ISO 21420:2020 PROTECTIVE GLOVES
CARE AND MAINTENANCE
Address
References
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TEGERA 8831R Cut Protection Gloves

TEGERA-8831R-Cut-Protection-Gloves-product

Cut-resistant glove, winter-lined, latex, palm-dipped, sandy finish, cut resistance level D, 10 ggs, acrylic, CRF® Technology, nylon, polyester, stainless steel fibre yarn, Cat. II, black, blue, withstands contact heat up to 250°C, pair packed, for all-around work.

EN ISO 21420:2020
EN 388:2016+A1:2018 1X42D
EN 407:2020 No Flame Protection X2XXXX
EN 511:2006 01X
Contact heat rating valid for palm area only

OUTER MATERIAL SPECIFICATION: Natural latex
INNER MATERIAL SPECIFICATION: Acrylic, HPPE, stainless steel fibre yarn, polyester, nylon
SIZE RANGE: (EU) 7,8,9,10,11,12
EU-TYPE EXAMINATION: 2777 Satra Technology Europe Ltd Bracetown Business Park, Clonee, Dublin 15, Dublin, Ireland
UKCA-TYPE EXAMINATION: 0321 SATRA Technology Centre, Wyndham Way, Telford Way, Kettering, Northamptonshire, NN16 8SD, United Kingdom

INSTRUCTIONS FOR USE

Carefully read these instructions before using this product.

EXPLANATION OF PICTOGRAMS 0: Below the minimum performance level for the given individual hazard X= Not submitted to the test or test method not suitable for the glove design or material

Warning: This product is designed to provide protection specified in PPE Regulation (EU) 2016/425 and PPE Regulation 2016/425 as amended and brought into UK law with the detailed levels of performance presented below. However, always remember that no item of PPE can provide full protection and caution must always be taken when exposed to risks.

EN 407:2020: PROTECTIVE GLOVES AGAINST THERMAL RISKS (HEAT AND/OR FIRE)

A: Limited flame spread
B: Contact heat
C: Convective heat
D: Radiant heat
E: Small splashes of molten metal
F: Large quantities of molten metal

PERFORMANCE (A-F)
Min. 0; Max. 4

Warning: EN 407:2020: if the glove consists of separate parts which are not permanently interconnected, the performance levels and the protection only apply to the complete assembly. If the gloves have a performance level 1, 2 or X in limited flame spread in EN 407:2020 the gloves should not come in contact with a naked flame. Glove tested according to the 6.6 “small splashed of molten metal” is not suitable for welding activities. In the event of molten metal splash the glove may not eliminate all risks of burn and the user shall leave the working place immediately and take off the glove. No flame protection

EN 388:2016

A. Abrasion resistance: Min. 0; Max. 4
B. Blade cut resistance: Min. 0; Max. 5
C. Tear resistance Min.: 0; Max. 4
D. Puncture resistance Min.: 0; Max. 4
E. Cut Resistance TDM: Min. A; Max. F (EN ISO13997),
F. Impact Protection: P=Pass

PROTECTIVE GLOVES AGAINST MECHANICAL RISKS. Protection levels are measured from area of glove palm.

Warning: For gloves with two or more layers the overall classification of EN 388:2016 +A1:2018 does not necessarily reflect the performance of the outmost layer. Do not use these gloves near moving elements or machinery with unprotected parts. For dulling during the cut resistance test, the coupe test results are only indicative while the TDM cut resistance test is the reference performance result.

EN 511:2006

PROPERTY/ PERFORMANCE

A. Convective cold: Min. 0; Max. 4
B. Contact cold: Min. 0; Max. 4
C. Water penetration: 0 (Fail); 1 (Pass)

Warning: EN 511:2006: if the glove consists of seperate parts which are not permanently interconnected, the perfomance levels and the protection only apply to the complete assembly. EN 511: Care must be taken when choosing the correct glove with regards to the maximum user exposure. If not water proof, the glove may lose its insulating properties if wet. EN511:2006 Annex B table B.1 shows various parameters to be considered. Studies have established certain correlations between these parameters and the level of thermal insulation required to protect in cold conditions. The table given in Annex B of EN342:2004 is an example of such data.

EN ISO 21420:2020 PROTECTIVE GLOVES

GENERAL REQUIREMENTS AND TEST METHODS

Finger dexterity test: Min. 1; Max. 5

FITTING AND SIZING: All sizes comply with the EN ISO 21420:2020 for comfort, fit and dexterity, if not explained on the front page. If the short model symbol is shown on the front page, the glove is shorter than a standard glove, in order to enhance comfort for special purposes – for example, fine assembly work. Only wear the products in a suitable size. Products that are either too loose or too tight will restrict movement and will not provide the optimal level of protection.

STORAGE AND TRANSPORT: Ideally stored in dry and dark condition in the original package, between +10º – +30ºC.

INSPECTION BEFORE USE: Check that the glove does not present holes, cracks, tears, color changes etc. If the product becomes damaged it will NOT provide the optimal protection and must be disposed of. Never use a damaged product. Wear (or take off) gloves one at a time. Replace gloves regularly for hygienic use

SHELF LIFE: The nature of the materials used in this product means that the life of this product cannot be determined as it will be affected by many factors, such as storage conditions, usage, etc.

CARE AND MAINTENANCE

The user bears sole responsibility for submitting the product to mechanical washing after use, as unknown substances can contaminate the product during use and may affect the performance levels of the product. To care for your product, we recommend that you rinse in cold water and line dry in room temperature.

DISPOSAL: According to local environmental legislation. ’ The glove contains natural rubber which may cause allergy.

ALLERGENS

This product may contain components that may be a potential risk to allergic reactions. Do not use in case of hypersensitivity signs. For more information contact Ejendals.

latex free