GRANBERG UIS-106 Cut Resistant Gloves Instructions
- June 1, 2024
- GRANBERG
Table of Contents
ART. 106.3400
12 pairs
SIZE 8/M (EN ISO 21420:2020)
CAT. II
UIS-106 Cut Resistant Gloves
Abrasion resistance………………………………… (1-4)
Circular blade cut resistance…………………….. (1-5)
Tear resistance …………………………………….. (1-4)
Puncture resistance …………………………………(1-4)
TDM Cut Resistance ……………………………….. (A-F)
1/A = minimum requirement
4/5/F = maximum requirement
X – not tested
The results are taken from the palm area of the gloves.
The protection level increases with performance class.
Limited flame spread………………………………….(0-4)
Contact heat………………………………….(0-4)
Convective heat………………………………….(0-4)
Radiant heat ………………………………….(0-4)
Small splashes of molten metal ………………………………….(0-4)
Large quantities of molten metal………………………………… (0-4)
EN 12477:2001+A1:2005 Type B, including clause 3.4 (the electrical vertical
resistance), tested in accordance with EN 1149-2:1997 and meets the
requirements R>1.0×10⁵ Ω
This product is classed as Category II Personal Protective Equipment (PPE)
according to PPE Regulation (EU) 2016/425 and has been shown to comply with
this Regulation through the Harmonised Standards EN 388:2016+A1:2018, EN
407:2020, EN 12477:2001+A1:2005, EN 1149-2:1997, EN ISO 21420:2020.
Notified Body responsible for certification (Module B):
Name: SATRA Technology Europe Ltd.
Address: Bracetown Business Park, Clonee, Dublin D15 YN2P, Republic of
Ireland.
Notified Body No: 2777
Declaration of Conformity can be obtained from
https://www.granberg.no/catalog/106.3400
| Glove size | M | L | XL | 2XL |
|---|---|---|---|---|
| EN ISO 21420 size | 8 | 9 | 10 | 11 |
Wear the products of suitable sizes to provide optimal level of protection and
maximum grip. User must only choose the glove fitting the size of her/his
hand. User Manual issue date: 13.03.2024
Granberg AS, Bjoavegen 1442, NO-5584 Bjoa, NORWAY TIG Welder`s gloves made of
soft goatskin and dyed split cow leather on the cuff. Sewn with heat-
resistant Kevlar® thread. Unlined.
Storage/Transport:
The gloves are first packed in plastic bags which are subsequently packed in cardboard boxes for transport and storage. Granberg recommends storing unused gloves in original packaging. Prevent direct sunlight.
Maintenance/Cleaning:
Both new and used gloves should be inspected before use, and before putting
them on to make sure that there is no damage to them. If in doubt, discard the
gloves and select a new pair.
Leaving the gloves in a contaminated condition may cause a deterioration of
quality. Cleaning or disinfecting the gloves may also negatively affect
quality. The performance characteristics of gloves that have been worn or
cleaned/disinfected/laundered may differ from the performance levels declared.
Gloves can only be cleaned with damp cloth, but it will not stop permeation
processes. The gloves are not washable.
Obsolescence:
When stored as recommended, unused gloves will not suffer any change in their mechanical properties for up to five years from the date of manufacture. Service life depends on application and maintenance and cannot be specified. It is the responsibility of the user to ascertain the suitability of the gloves for the user’s tasks.
Donning/Doffing:
Select the right size glove for your hand. Hold the glove by the cuff with one
hand. Align the glove thumb with your other hand thumb and slide your hand
into the glove, one finger into each finger. Pull by the glove cuff and align
fingers into the right position. Use the same procedure for the other hand. If
gloves are not contaminated, pull by the fingertips to doff the gloves. If
gloves are contaminated, hold the glove cuff and pull toward the finger until
the gloves come off.
Please note: Inspect the gloves for damage before use. The gloves shall
not be worn when there is a risk of entanglement with moving parts of
machines. Gloves meeting the requirement for for resistance to puncture may
not be suitable for protection against sharply pointed objects such as
hypodermic needles. Gloves containing latex may cause allergic reactions in
cases of hypersensitivity to latex.
Seek medical advice if applicable. None of the raw materials used in glove, or
process of manufacturing it, are known to be harmful to the user. Do not
expose to open flame. If the gloves become wet, do not use them to handle hot
objects. For multi-layer gloves, performance level are applicable to the whole
glove including all layers. In the event of a molten metal splash, the user
shall leave the working place immediately and remove the glove. In the event
of a molten metal splash, the glove may not eliminate all burn risks. Due to
the application of the glove, it cannot easily be removed in case of an
emergency. There is no standardized test method at present for detecting UV
penetration of materials for gloves but the current methods of construction of
protective gloves for welders do not normally allow penetration of UV
radiation. When gloves are intended to arc welding: these gloves do not
provide protection against electric shock, caused by defective equipment or
live working, and the electrical resistance is reduced if gloves are wet,
dirty or soaked with sweat, this could increase the risk. These gloves are
intended to protect hands in working environment in accordance with EN
388:2016 , +A1:2018 EN 407:20 EN 12477:2001+A1:2005 Type B, EN 1149-2:1997 and
20, EN ISO 21420:2020. It is the responsibility of the user to evaluate and
determine risks based on the intended application. The gloves should only be
used for applications declared suitable by the manufacturer. Risk should be
evaluated keeping in mind the protection levels and the harmonized standards
on which gloves are tested. The results of the tests should help in glove
selection, however it must be understood that actual conditions of use cannot
be simulated and it is the responsibility of the user, not the manufacturer,
to determine glove suitability to the intended use. Further information may be
obtained from manufacturer.
ART. 106.3400
12 pairs
SIZE 11/2XL (EN ISO 21420:2020)
CAT. II
Abrasion resistance………………………………… (1-4)
Circular blade cut resistance…………………….. (1-5)
Tear resistance …………………………………….. (1-4)
Puncture resistance …………………………………(1-4)
TDM Cut Resistance ……………………………….. (A-F)
1/A = minimum requirement
4/5/F = maximum requirement
X – not tested
The results are taken from the palm area of the gloves.
The protection level increases with performance class.
Limited flame spread…………(0-4)
Contact heat………………………………….(0-4)
Convective heat………………………………….(0-4)
Radiant heat ………………………………….(0-4)
Small splashes of molten metal ………………………………….(0-4)
Large quantities of molten metal………………………………… (0-4)
EN 12477:2001+A1:2005 Type B, including clause 3.4 (the electrical vertical
resistance), tested in accordance with EN 1149-2:1997 and meets the
requirements R>1.0×10⁵ Ω
This product is classed as Category II Personal Protective Equipment (PPE)
according to PPE Regulation (EU) 2016/425 and has been shown to comply with
this Regulation through the Harmonised Standards EN 388:2016+A1:2018, EN
407:2020, EN 12477:2001+A1:2005, EN 1149-2:1997, EN ISO 21420:2020.
Notified Body responsible for certification (Module B):
Name: SATRA Technology Europe Ltd.
Address: Bracetown Business Park, Clonee, Dublin D15 YN2P, Republic of
Ireland.
Notified Body No: 2777
Declaration of Conformity can be obtained from
https://www.granberg.no/catalog/106.3400
| Glove size | M | L | XL | 2XL |
|---|---|---|---|---|
| EN ISO 21420 size | 8 | 9 | 10 | 11 |
Wear the products of suitable sizes to provide optimal level of protection and
maximum grip. User must only choose the glove fitting the size of her/his
hand. User Manual issue date: 13.03.2024
Granberg AS, Bjoavegen 1442, NO-5584 Bjoa, NORWAY TIG Welder`s gloves made of
soft goatskin and dyed split cow leather on the cuff. Sewn with heat-
resistant Kevlar® thread. Unlined.
Storage/Transport: The gloves are first packed in plastic bags which are
subsequently packed in cardboard boxes for transport and storage. Granberg
recommends storing unused gloves in original packaging. Prevent direct
sunlight.
Maintenance/Cleaning: Both new and used gloves should be inspected before
use, and before putting them on to make sure that there is no damage to them.
If in doubt, discard the gloves and select a new pair.
Leaving the gloves in a contaminated condition may cause a deterioration of
quality. Cleaning or disinfecting the gloves may also negatively affect
quality. The performance characteristics of gloves that have been worn or
cleaned/disinfected/laundered may differ from the performance levels declared.
Gloves can only be cleaned with damp cloth, but it will not stop permeation
processes. The gloves are not washable.
Obsolescence: When stored as recommended, unused gloves will not suffer
any change in their mechanical properties for up to five years from the date
of manufacture. Service life depends on application and maintenance and cannot
be specified. It is the responsibility of the user to ascertain the
suitability of the gloves for the user’s tasks.
Donning/Doffing : Select the right size glove for your hand. Hold the
glove by the cuff with one hand. Align the glove thumb with your other hand
thumb and slide your hand into the glove, one finger into each finger. Pull by
the glove cuff and align fingers into the right position. Use the same
procedure for the other hand. If gloves are not contaminated, pull by the
fingertips to doff the gloves. If gloves are contaminated, hold the glove cuff
and pull toward the finger until the gloves come off.
Please note: Inspect the gloves for damage before use. The gloves shall
not be worn when there is a risk of entanglement with moving parts of
machines. Gloves meeting the requirement for for resistance to puncture may
not be suitable for protection against sharply pointed objects such as
hypodermic needles. Gloves containing latex may cause allergic reactions in
cases of hypersensitivity to latex.
Seek medical advice if applicable. None of the raw materials used in glove, or
process of manufacturing it, are known to be harmful to the user. Do not
expose to open flame. If the gloves become wet, do not use them to handle hot
objects. For multi-layer gloves, performance level are applicable to the whole
glove including all layers. In the event of a molten metal splash, the user
shall leave the working place immediately and remove the glove. In the event
of a molten metal splash, the glove may not eliminate all burn risks. Due to
the application of the glove, it cannot easily be removed in case of an
emergency. There is no standardized test method at present for detecting UV
penetration of materials for gloves but the current methods of construction of
protective gloves for welders do not normally allow penetration of UV
radiation. When gloves are intended to arc welding: these gloves do not
provide protection against electric shock, caused by defective equipment or
live working, and the electrical resistance is reduced if gloves are wet,
dirty or soaked with sweat, this could increase the risk. These gloves are
intended to protect hands in working environment in accordance with EN
388:2016 , +A1:2018 EN 407:20 EN 12477:2001+A1:2005 Type B, EN 1149-2:1997 and
20, EN ISO 21420:2020. It is the responsibility of the user to evaluate and
determine risks based on the intended application. The gloves should only be
used for applications declared suitable by the manufacturer. Risk should be
evaluated keeping in mind the protection levels and the harmonized standards
on which gloves are tested. The results of the tests should help in glove
selection, however it must be understood that actual conditions of use cannot
be simulated and it is the responsibility of the user, not the manufacturer,
to determine glove suitability to the intended use. Further information may be
obtained from manufacturer.
ART. 106.3400
12 pairs
SIZE 11/2XL (EN ISO 21420:2020)
CAT. II
Abrasion resistance………………………………… (1-4)
Circular blade cut resistance…………………….. (1-5)
Tear resistance …………………………………….. (1-4)
Puncture resistance …………………………………(1-4)
TDM Cut Resistance ……………………………….. (A-F)
1/A = minimum requirement
4/5/F = maximum requirement
X – not tested
The results are taken from the palm area of the gloves.
The protection level increases with performance class.
Limited flame spread…………(0-4)
Contact heat………………………………….(0-4)
Convective heat………………………………….(0-4)
Radiant heat ………………………………….(0-4)
Small splashes of molten metal ………………………………….(0-4)
Large quantities of molten metal………………………………… (0-4)
EN 12477:2001+A1:2005 Type B, including clause 3.4 (the electrical vertical
resistance), tested in accordance with EN 1149-2:1997 and meets the
requirements R>1.0×10⁵ Ω
This product is classed as Category II Personal Protective Equipment (PPE)
according to PPE Regulation (EU) 2016/425 and has been shown to comply with
this Regulation through the Harmonised Standards EN 388:2016+A1:2018, EN
407:2020, EN 12477:2001+A1:2005, EN 1149-2:1997, EN ISO 21420:2020.
Notified Body responsible for certification (Module B):
Name: SATRA Technology Europe Ltd.
Address: Bracetown Business Park, Clonee, Dublin D15 YN2P, Republic of
Ireland.
Notified Body No: 2777
Declaration of Conformity can be obtained from
https://www.granberg.no/catalog/106.3400
| Glove size | M | L | XL | 2XL |
|---|---|---|---|---|
| EN ISO 21420 size | 8 | 9 | 10 | 11 |
Wear the products of suitable sizes to provide optimal level of protection and
maximum grip. User must only choose the glove fitting the size of her/his
hand. User Manual issue date: 13.03.2024
Granberg AS, Bjoavegen 1442, NO-5584 Bjoa, NORWAY TIG Welder`s gloves made of
soft goatskin and dyed split cow leather on the cuff. Sewn with heat-
resistant Kevlar® thread. Unlined.
Storage/Transport: The gloves are first packed in plastic bags which are
subsequently packed in cardboard boxes for transport and storage. Granberg
recommends storing unused gloves in original packaging. Prevent direct
sunlight.
Maintenance/Cleaning: Both new and used gloves should be inspected before
use, and before putting them on to make sure that there is no damage to them.
If in doubt, discard the gloves and select a new pair.
Leaving the gloves in a contaminated condition may cause a deterioration of
quality. Cleaning or disinfecting the gloves may also negatively affect
quality. The performance characteristics of gloves that have been worn or
cleaned/disinfected/laundered may differ from the performance levels declared.
Gloves can only be cleaned with damp cloth, but it will not stop permeation
processes. The gloves are not washable.
Obsolescence: When stored as recommended, unused gloves will not suffer
any change in their mechanical properties for up to five years from the date
of manufacture. Service life depends on application and maintenance and cannot
be specified. It is the responsibility of the user to ascertain the
suitability of the gloves for the user’s tasks.
Donning/Doffing : Select the right size glove for your hand. Hold the
glove by the cuff with one hand. Align the glove thumb with your other hand
thumb and slide your hand into the glove, one finger into each finger. Pull by
the glove cuff and align fingers into the right position. Use the same
procedure for the other hand. If gloves are not contaminated, pull by the
fingertips to doff the gloves. If gloves are contaminated, hold the glove cuff
and pull toward the finger until the gloves come off.
Please note: Inspect the gloves for damage before use. The gloves shall
not be worn when there is a risk of entanglement with moving parts of
machines. Gloves meeting the requirement for for resistance to puncture may
not be suitable for protection against sharply pointed objects such as
hypodermic needles. Gloves containing latex may cause allergic reactions in
cases of hypersensitivity to latex.
Seek medical advice if applicable. None of the raw materials used in glove, or
process of manufacturing it, are known to be harmful to the user. Do not
expose to open flame. If the gloves become wet, do not use them to handle hot
objects. For multi-layer gloves, performance level are applicable to the whole
glove including all layers. In the event of a molten metal splash, the user
shall leave the working place immediately and remove the glove. In the event
of a molten metal splash, the glove may not eliminate all burn risks. Due to
the application of the glove, it cannot easily be removed in case of an
emergency. There is no standardized test method at present for detecting UV
penetration of materials for gloves but the current methods of construction of
protective gloves for welders do not normally allow penetration of UV
radiation. When gloves are intended to arc welding: these gloves do not
provide protection against electric shock, caused by defective equipment or
live working, and the electrical resistance is reduced if gloves are wet,
dirty or soaked with sweat, this could increase the risk. These gloves are
intended to protect hands in working environment in accordance with EN
388:2016 , +A1:2018 EN 407:20 EN 12477:2001+A1:2005 Type B, EN 1149-2:1997 and
20, EN ISO 21420:2020. It is the responsibility of the user to evaluate and
determine risks based on the intended application. The gloves should only be
used for applications declared suitable by the manufacturer. Risk should be
evaluated keeping in mind the protection levels and the harmonized standards
on which gloves are tested. The results of the tests should help in glove
selection, however it must be understood that actual conditions of use cannot
be simulated and it is the responsibility of the user, not the manufacturer,
to determine glove suitability to the intended use. Further information may be
obtained from manufacturer.
ART. 106.3400
12 pairs
SIZE 11/2XL (EN ISO 21420:2020)
CAT. II
Abrasion resistance………………………………… (1-4)
Circular blade cut resistance…………………….. (1-5)
Tear resistance …………………………………….. (1-4)
Puncture resistance …………………………………(1-4)
TDM Cut Resistance ……………………………….. (A-F)
1/A = minimum requirement
4/5/F = maximum requirement
X – not tested
The results are taken from the palm area of the gloves.
The protection level increases with performance class.
Limited flame spread…………(0-4)
Contact heat………………………………….(0-4)
Convective heat………………………………….(0-4)
Radiant heat ………………………………….(0-4)
Small splashes of molten metal ………………………………….(0-4)
Large quantities of molten metal………………………………… (0-4)
EN 12477:2001+A1:2005 Type B, including clause 3.4 (the electrical vertical
resistance), tested in accordance with EN 1149-2:1997 and meets the
requirements R>1.0×10⁵ Ω
This product is classed as Category II Personal Protective Equipment (PPE)
according to PPE Regulation (EU) 2016/425 and has been shown to comply with
this Regulation through the Harmonised Standards EN 388:2016+A1:2018, EN
407:2020, EN 12477:2001+A1:2005, EN 1149-2:1997, EN ISO 21420:2020.
Notified Body responsible for certification (Module B):
Name: SATRA Technology Europe Ltd.
Address: Bracetown Business Park, Clonee, Dublin D15 YN2P, Republic of
Ireland.
Notified Body No: 2777
Declaration of Conformity can be obtained from
https://www.granberg.no/catalog/106.3400
| Glove size | M | L | XL | 2XL |
|---|---|---|---|---|
| EN ISO 21420 size | 8 | 9 | 10 | 11 |
Wear the products of suitable sizes to provide optimal level of protection and
maximum grip. User must only choose the glove fitting the size of her/his
hand. User Manual issue date: 13.03.2024
Granberg AS, Bjoavegen 1442, NO-5584 Bjoa, NORWAY TIG Welder`s gloves made of
soft goatskin and dyed split cow leather on the cuff. Sewn with heat-
resistant Kevlar® thread. Unlined.
Storage/Transport: The gloves are first packed in plastic bags which are
subsequently packed in cardboard boxes for transport and storage. Granberg
recommends storing unused gloves in original packaging. Prevent direct
sunlight.
Maintenance/Cleaning: Both new and used gloves should be inspected before
use, and before putting them on to make sure that there is no damage to them.
If in doubt, discard the gloves and select a new pair.
Leaving the gloves in a contaminated condition may cause a deterioration of
quality. Cleaning or disinfecting the gloves may also negatively affect
quality. The performance characteristics of gloves that have been worn or
cleaned/disinfected/laundered may differ from the performance levels declared.
Gloves can only be cleaned with damp cloth, but it will not stop permeation
processes. The gloves are not washable.
Obsolescence: When stored as recommended, unused gloves will not suffer
any change in their mechanical properties for up to five years from the date
of manufacture. Service life depends on application and maintenance and cannot
be specified. It is the responsibility of the user to ascertain the
suitability of the gloves for the user’s tasks.
Donning/Doffing : Select the right size glove for your hand. Hold the
glove by the cuff with one hand. Align the glove thumb with your other hand
thumb and slide your hand into the glove, one finger into each finger. Pull by
the glove cuff and align fingers into the right position. Use the same
procedure for the other hand. If gloves are not contaminated, pull by the
fingertips to doff the gloves. If gloves are contaminated, hold the glove cuff
and pull toward the finger until the gloves come off.
Please note: Inspect the gloves for damage before use. The gloves shall
not be worn when there is a risk of entanglement with moving parts of
machines. Gloves meeting the requirement for for resistance to puncture may
not be suitable for protection against sharply pointed objects such as
hypodermic needles. Gloves containing latex may cause allergic reactions in
cases of hypersensitivity to latex.
Seek medical advice if applicable. None of the raw materials used in glove, or
process of manufacturing it, are known to be harmful to the user. Do not
expose to open flame. If the gloves become wet, do not use them to handle hot
objects. For multi-layer gloves, performance level are applicable to the whole
glove including all layers. In the event of a molten metal splash, the user
shall leave the working place immediately and remove the glove. In the event
of a molten metal splash, the glove may not eliminate all burn risks. Due to
the application of the glove, it cannot easily be removed in case of an
emergency. There is no standardized test method at present for detecting UV
penetration of materials for gloves but the current methods of construction of
protective gloves for welders do not normally allow penetration of UV
radiation. When gloves are intended to arc welding: these gloves do not
provide protection against electric shock, caused by defective equipment or
live working, and the electrical resistance is reduced if gloves are wet,
dirty or soaked with sweat, this could increase the risk. These gloves are
intended to protect hands in working environment in accordance with EN
388:2016 , +A1:2018 EN 407:20 EN 12477:2001+A1:2005 Type B, EN 1149-2:1997 and
20, EN ISO 21420:2020. It is the responsibility of the user to evaluate and
determine risks based on the intended application. The gloves should only be
used for applications declared suitable by the manufacturer. Risk should be
evaluated keeping in mind the protection levels and the harmonized standards
on which gloves are tested. The results of the tests should help in glove
selection, however it must be understood that actual conditions of use cannot
be simulated and it is the responsibility of the user, not the manufacturer,
to determine glove suitability to the intended use. Further information may be
obtained from manufacturer.
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