RX® Personal Protective Equipment

Transcription

RX® Personal Protective Equipment
RX® Personal
Protective
Equipment
The use of the correct Personal Protective Equipment at work is essential. The working environment and conditions determine the most appropriate protection in order to
guarantee the safety of employees. In this catalogue all the functionalities and characteristics of RX® PPE are explained. A great deal of attention has gone into ergonomics
and design - without compromising on quality. This means end-user acceptance is
high, and compliance with your company’s PPE policy is assured.
In addition, we’ve paid extra attention to guidance in relation to the correct use of RX®
PPE. For respiratory protection, the catalogue also provides more information about Fit
Testing. Here potential wearers are individually taught how to properly fit a mask. This
test can also show whether the mask is truly suited to the facial features of the wearer.
What does the law say?
Personal Protective Equipment (PPE) is equipment intended
to be worn or held by a person as protection against health
and safety hazards.
When does the employer need to make personal
protective equipment available?
First of all, risks should be avoided as much as possible at
source.
When risks cannot be ruled out 100%, the employer is obliged
to apply collective protection measures (e.g. by putting a safety
guard around a machine).
If the aforementioned measures cannot be applied, the employer must make appropriate Personal Protective Equipment
(PPE) available, and provide training in its proper use. The
employee in turn is required to use the Personal Protective
Equipment made available to them.
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Table of contents
Disposable masks
4
Legislation and regulations
6
Selection and use
7
Fit Testing
8
RX Folded disposable mask
9
RX Pre-formed (cupped) disposable mask
10
RX Pre-formed (cupped) and reinforced disposable mask
11
SAFETY EYEWEAR
12
14
Meanings of the EN marking
15
®
RX Coating
16
Lenses
17
RX Range
18
RX® Optiflex-C Clear lens
19
RX Optiflex-B Brown lens
20
RX® Optiflex-W Welding glasses
21
RX Optiflex-G Wide-vision Goggles
22
RX Optiflex-V Visitor glasses
23
Safety shoes
24
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Pictograms
27
Specifications
28
RX Securo
30
RX Solido
30
Safety gloves
32
34
Glove Markings
35
Dyneema® Technology
36
Size table
38
Coatings
39
RX® Dyneema Safe3
41
RX Top-Flex PU Black & White
42
RX® Nitri-4-Grip
43
RX Durafit NFT
44
RX Chemresist
45
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Disposable
masks
Fine particles, toxic gases, vapours, smoke or mist in the atmosphere are latent
health hazards. In the short term, they can cause or worsen acute problems with
your airways and in the long term they affect the lung function … and this can
have dire consequences of course.
By acting preventatively and providing employees with suitable respirators, a
large part of the unhealthy effect can be eliminated.
However, correct use of these respirators is crucial. When the masks are not put
on correctly or do not entirely correspond with the face profile, the necessary
protection is insufficient or even non-existent. That is why ERIKS attaches so
much importance to the correct use of the disposable masks.
A Fit Test will determine what type of mask is best suited to the wearer. It also
trains the employee in how to fit a mask correctly.
See page 8 for more information about Fit Tests, or contact your local ERIKS
Service Centre.
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The law specifies that the employer must carry out a risk inventory and evaluation (RI&E) to map possible dangers and take
measures if necessary.
CE marking & technical standards
Personal Protective Equipment in Europe must
have CE marking.
To award it to a product, a technical inspection
by an independent authority is required as well
as a prescribed quality control by the supplier.
CMR substances – Carcinogenic Mutagenic Reprotoxic substances
CMR substances are carcinogenic mutagenic repro-toxic substances. More specifically, substances which on their own (carcinogenic substances) or in combination with other substances
(mutagenic substances) can cause cancer. Repro-toxic substances can have a negative effect on fertility, but also cause
damage during the development of the unborn child and result
in congenital disorders.
NPF - Nominal Protection Factor
European Standard (EN)
These products meet the requirements of EC Directive
89/686/EEC (Personal Protective Equipment Directive) and are
therefore CE marked.
RX® masks have been tested and CE approved in accordance
with EN 149:2001+A1:2009.
The theoretical protection level of a respirator is based on the
performance measured during tests in laboratories. The NPF
is calculated by the Total Inward Leakage (TIL), as specified in
the EN in question, divided by 100. The maximum concentration of a substance in the air, against which a respirator offers
protection, is calculated by multiplying this NPF with the limit
(the limits are specified in the lists published by the European
authorities).
The Nominal Protection Factor is a number denoting the level
of minimal protection of the relevant type of mask. The higher
the number, the better the protection.
Type
Offers protection against
NPF
APF
FFP1
Inert dust and airborne particles.
(Not against CMR substances )
4
4
FFP2
Harmful dust and airborne
particles.
(Not against CMR substances )
12
10
APF - Assigned Protection Factor
Higher concentrations harmful
dust and airborne particles
50
20
Determined following practical tests in the workplace. Unsatisfactory maintenance, instruction, incorrect use, movement,
etc. are taken into account. As specified in BS4275, APF is the
level of protection, which can be realistically achieved for 95%
of trained and supervised users.
FFP3
For more information on workplace exposure limits, and to
view the list of substances currently listed visit www.hse.gov.uk
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Selection and use
ERIKS does not merely help you with selecting your disposable mask, but also gives you more information as to how these
high-quality products should be used in order to guarantee
maximum protection.
Selection
An RX® disposable mask supplied by ERIKS protects against:
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Dust: Particles whether or not floating in the air (i.e caused
solid materials are crushed)
Mist: Liquid particles floating in the air
Fumes: Metal Particles floating in the air resulting from a
combustion process
Use
RX® dust masks are high-quality products and offer a high level
of protection. However, correct use of the masks is crucial.
Incorrect use and a bad fit do not achieve the desired results
and can have dire consequences.
Steps
1
Hold the mask firmly and place the
bottom headband over the head to
the nape of the neck.
2
Place the mask under the chin, then
over the nose, putting the top head
band over the crown of the head.
3
Ensure a good fit by pulling back
the side clips on the face and adjust
comfort.
4
Ensure that the nose clip is moulded
around the nose security.
Warning:
Disposable masks should not be used in Oxygen deficient atmospheres, or against harmful
gases and vapours in concentrations exceeding
the limit value.
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FIT TESTING
Why Fit Test?
Personal Protective Equipment offers protection against specific risks to the health and safety of employees. However, PPE
can also expose the user to to risk through improper use, incorrect application, etc. The right choice of PPE and their correct
use are therefore essential.
More than with gloves, footwear, or eye wear, the correct fit
of respirator is critical for its effectiveness. A Fit Test includes
training on how to fit a mask correctly to ensure a good face
seal.
Use
A sweet or bitter solution is sprayed into the hood with an atomiser. If the wearer can taste the substance, he/she will be
retested and adjustments will be made as long as the leak remains. The test has only been successful if the employee can
no longer taste anything. The mask is then approved.
In addition, before and during the Fit Test, a step by step explanation is given of how the masks are used correctly to ensure
optimum protection.
Please contact your local ERIKS Service Centre for more information.
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RX® Flat-fold
disposable mask
A single use, lightweight, ergonomically shaped disposable
respirator for protection against non toxic and toxic particles.
Technical specifications
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Lightweight: P1 & P1V = 2 g; P2 & P2V = 3 g; P3V = 4 g
Multi layered filter medium electrostatically charged
Ergonomically shaped for comfort and ease of use
Adjustable head straps to provide individual fit
Adjustable nose clip to ensure good seal around nose
Individually packed complete with instructions for use
Conforms to the European approved standard
EN149:2001+A1:2009NR
Non-allergenic
Exhalation Valve added for easier breathing (P1V, P2V &
P3V)
Features
Benefits
Flat model
Easy to carry and store
Vertically folded
Small “dead” space for
comfortable breathing
Each piece wrapped in
individual bags
Hygienic
Adjustable nose strip
Increases comfort and safety
RX FFP1
RX FFP1V
RX FFP2
RX FFP2V
RX FFP3V
Part. N°
Description
Packaging
NPF*
APF**
RX-DM-F1
RX FF P1 disposable mask folded
20
4
4
RX-DM-F1V
RX FF P1V disposable mask folded + valve
10
4
4
RX-DM-F2
RX FF P2 disposable mask folded
20
12
10
RX-DM-F2V
10
12
10
RX-DM-F3V
10
50
20
* NPF: Nominal protection factor (see p. 6)
**APF: Assigned protection factor (see p. 6)
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RX® Pre-formed
(Cupped)
Disposable Masks
RX® pre-formed masks are manufactured to the highest
standards and provide excellent comfort and protection.
A range of protective factors are available both with - and
without valve.
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Adjustable nose clip to ensure good seal around nose
EN149:2001+A1:2009NR
Non-allergenic
Exhalation Valve added for easier breathing (P1V, P2V &
P3V)
Features
Benefits
Pre-formed mask
Quick to use
Round model
Small “dead” space for
comfortable breathing
RX FFP1V
RX FFP2
RX FFP2V
RX FFP3V
Part. N°
Description
Packaging
NPF*
APF**
RX-DM-C1
RX FFP1 disposable mask pre-formed
20
4
4
RX-DM-C1V
RX FFP1V disposable mask pre-formed + valve
10
4
4
RX-DM-C2
RX FFP2 disposable mask pre-formed
20
12
10
RX-DM-C2V
10
12
10
RX-DM-C3V
5
50
20
10
RX FFP1
RX® Pre-formed
(Cupped) and
reinforced
Disposable Mask
Due to its lightweight netted construction, this mask has
a very low breathing resistance, so even during the most
demanding working conditions the wearer enjoys the highest
possible comfort.
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Reinforced net keeps the mask in its original form making
it last longer. Particularly suitable during hot and humid
conditions
The valve cover protects the valve avoiding mechanical
damage.
Adjustable head straps to provide individual fit
EN149:2001+A1:2009NR
Non-allergenic
Exhalation Valve added for easier breathing (P2V & P3V)
Features
Benefits
Reinforcing net
Keeps the mask in its original form
making it last longer. Particularly
suitable during hot and humid
conditions
Valve cover
Protects the valve avoiding
mechanical damage
Soft seal
Comfortable and safe
Adjustable band
Adjustable straps provide excellent
fit (suitable for wearing with safety
glasses)
Fastener inside the
band
Convenient to hang around the
neck when not using the mask
RX FFP2
RX FFP2V
RX FFP3V
Part. N°
Description
Packaging
NPF*
APF**
RX-DM-N2
RX FFP2 Pre-formed disposable mask reinforced
10
12
10
RX-DM-N2V
RX FFP2V P2 Pre-formed disposable mask reinforced + valve
10
12
10
RX-DM-N3V
RX FFP3V P2 Pre-formed disposable mask reinforced + valve
5
50
20
11
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Safet y
EYEWEAR
The Optiflex range
The eyes are arguably the most fragile in terms of damage. Once damage has
been inflicted, this often has serious consequences and usually the damage is
irreversible. Rightly we should do anything to reduce the injuries to an absolute
minimum.
Flying particles cause the majority of eye injuries. Splashes of molten metal
or corrosive liquids are detrimental in case of eye contact. When welding, the
bright light, the ultraviolet and infrared rays can damage your eyes. Reason
enough to be extra careful.
All these different risks demand a specific approach. The working environment
is decisive when choosing eye protection. This section explains all functions and
features of RX® brand safety glasses. In addition to the protection factor we have
paid a great deal of attention to the ergonomic aspect. The revolutionary “Shape
Memory Technology”, ensures that RX Safety Eyewear gives exceptional wearer
comfort, with the added bonus of a modern, stylish design, for every user.
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Basic standards
Standard for specific applications
EN 166 Personal eye protection specifications
EN 169 Filter for welding and related techniques
EN 167 Optical test methods
EN 170 Ultraviolet (UV) ray filters
EN 168 Non-optical test methods
EN 171 Infrared (IR) ray filters
EN 172 Sunglare filters for industrial use
EN 175 Equipment for eye and face protection
during welding and allied processes
EN 379 Specification for automatic welding filters
Marking identification Optiflex-C-B-W
Lens marking identification
2-3
Shade
number
U
1
Manufacturer Optical class
FT
KN
Mechanical
resistance
Optional
requirement
Frame marking identification
U
Manufacturer
En166
ft
Standard
Mechanical
resistance
Marking identification Optiflex-G
Lens marking identification
2c-1.2
U
1
Scale number Manufacturer Optical class
bt
Mechanical
resistance
9
Kn
0068
Field of use
Optional
requirement
Notified body
Frame marking identification
U
Manufacturer
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En166
Standard
3459
Field of use
bt
2c-1.2
0068
Maximum
Mechanical
number of scale Notified body
resistance
protection
Meanings of the EN marking
Scale Number
code number Description
Shade number Description
VLT* range
2
Ultraviolet (UV EN170)
1.2
Clear
100% - 74,4%
2C of 3
Ultraviolet with good
colour recognition
1.7
In/Out, yellow, clear mirrored, UVR
58,1% - 43,2%
4
Infrared (IR EN171)
2.5
Brown, smoke
29,1% - 17,8%
5
Sunglare filter without
infrared specification
(EN172)
3.1
Smoke mirrored
17,8% - 8,0%
6
Sunglare filter with
infrared specification
(EN172)
3,4,5,... 11 Welding
* VLT – Visible Light Transmission
OPTICAL CLASS
type
Description
1
2
3
Suitable for prolonged use
Suitable for sporadic use
Suitable for transient use
Mechanical resistance
Mechanical
resistance
A (T)
B (T)
F (T)
Impact
Maximum speed
High energy impact
190 m/s
Medium energy impact
120 m/s
Low energy impact
45 m/s
Polycarbonate
glasses
Goggles
•
•
•
•
•
K
Tested under extreme temperatures
(-5° - + 55C°)
Resistance against surface damage against
fine particles
•
•
N
Resistance against fogging
•
•
T
FIELD OF USE
Symbol
Description
Goggles
3
4
Liquids (droplets or splashes)
•
Large dust particles (> 5 μm)
•
5
Gas and fine dust particles
(< 5 μm)
•
8
9
Short circuit electric arc
Molten metals and hot solids
•
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RX® Coating
The innovative RX® coating technology provides the RX® safety
glasses with superior resistance to scratches (outside), and fogging (inside).
Coatings that have the double-effect (anti-scratch and anti-fog
are mixed in 1 coating and therefore attain only half the efficiency); the RX® coating is 100% effective. The 2 coatings
are applied separately where the anti-scratch coating is applied
exclusively on the outside, and the anti-fog exclusively on the
inside.
Anti-scratch:
The treatment of the external surface of the lens with this coating forms a hard film which constitutes a barrier against superficial damage which obstructs the view. The RX® lenses are thus
protected against scratches and wear caused by friction with
hard particles and dusty surroundings.
The RX® Anti-scratch treatment is certified according the K requirements of the EN166 standard.
Anti-fog:
The anti-fog treatment is a film with a thickness of a few microns which is applied to the entire inner surface of the lens.
The chemical and physical characteristics of the coating prevent condensation because the coating absorbs the fog.
The RX® anti-fog coating is permanent and is certified according to the N requirement of the EN166 standard.
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Lenses
POLYCARBONATE
POLYCARBONATE
polycarbonaTE
Clear
Brown
Green (Shade 5)
Features:
Features:
Features:
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Protects against impact and UV rays
Can be used for longer periods of
time and causes neither distortion of
the view nor eyestrain
No colour distortion
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APPLICATIONS:
Mechanical activities requiring a good
view.
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STANDARDS: EN166/EN170
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MARKING: 2C-1.2
VLT*: 89%
Protection against impact, UV rays
and harmful beams of light
Use in the event of sunlight and risk
of blinding
Excellent colour recognition - TSR
(Traffic Signal Recognition)
Lets the light (spectrum) linearly go
through
Ensures a better adaptation of the
eye to variable lighting conditions
Protection against impact, UV and
infrared rays and blinding caused by
welding activities.
APPLICATIONS:
Lens in shade 5 for oxy-fuel welding
and cutting
STANDARDS: EN166/EN169 & EN170
MARKING: 5
VLT*: 2%
APPLICATIONS:
Activities outside and mechanical
activities with risk of blinding.
STANDARDS: EN166/EN170/EN172
MARKING: 2C-3/5-3.1
VLT*: 16%
Sunglasses equivalent: Shade 3
* VLT - Visible Light Transmission
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Range RX®
Optiflex
safety
Eyewear
Where protection, quality and
design meet!
RX® Optiflex-C
RX® Optiflex-B
Maximum comfort and the highest level of
protection are essential when eye-protection
must be worn for both longer and occasional
periods. Features such as lightweight, stability
and a perfect fit contribute to this end.
The RX® Optiflex-C lens is an integral part
that helps shaping the geometry of the safety
glasses. The lens is only fitted in the middle of
the frame, resulting in a perfect adaptation to
the contours of the face. Hence an excellent
fit is assured without compromising the protective characteristics.
The RX® Optiflex-B brown lens improves the
adaptation of the eye to variable lighting conditions. This makes the safety glasses highly
suitable for activities where bright light and
shadow interact.
RX® Optiflex-W
RX® Optiflex-V
RX® Optiflex-G
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RX® Optiflex-C
31 g
Features & benefits
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Lightweight (31 g)
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Perfect fit (comfortable, soft components for nose,
ear and forehead)
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Polycarbonate lens with unique RX® coatings
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Ventilating
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The safety glasses adapt themselves without
adjustments to the contours of the face
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Stylish design
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Extremely flexible and unbreakable frame
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Impact test according to MIL-PRF-31013 standard
(195-201 m/s)
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Compliant with EN166 + EN170 standards
Part. N°
Description
RX-Optiflex-C
Safety glasses with clear PC lens
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RX® Optiflex-B
31 g
UV400
Features & benefits
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Lightweight (31 g)
Perfect fit (comfortable, soft components for nose, ear and
forehead)
Polycarbonate lens with unique RX® coatings
The safety glasses adapt themselves without adjustments to
the contours of the face
Stylish design
Protection against impact, UV rays and beams of light
The brown colour of the lens improves the adaptation of the
eyes to variable lighting conditions
Good colour recognition - TSR (Traffic Signal Recognition)
Compliant with EN166 + EN170 + EN172 standards
Part. N°
Description
RX-Optiflex-B
Safety glasses with brown PC lens
RX® Optiflex-W
31 g
Features & benefits
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Lightweight (31 g)
Perfect fit (comfortable, soft components for nose, ear and
forehead)
Polycarbonate lens with anti-fog and anti-scratch coating
Ventilating
The safety glasses adapt themselves without adjustments to
the contours of the face
Stylish design
Protection against impact, UV rays and beams
Shade 5 lens for oxy-fuel welding and soldering
Compliant with EN166 + EN169 standards
Part. N°
Description
RX-Optiflex-W
Safety glasses with PC lens shade 5
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RX® Optiflex-V
43 g
Features & benefits
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Polycarbonate lens
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Lightweight (43 g) more comfortable to wear
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Side ventilation
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Fits over regular glasses without compromising comfort
Part. N°
Description
RX-Optiflex-V
Visitor glasses
RX® Optiflex-G
The RX® Optiflex-G wide-vision goggles offer the wearer a better
protection. Thanks to the wide coverage of the face, the adjustable headband and the superior impact resistance, the RX®
Optiflex-G wide-vision goggles are a reference in the market.
The sophisticated indirect ventilation system reduces fogging
to a minimum. The soft silicone casing ensures an optimum
comfort and protects against impact and chemical splashes.
93 g
Features & benefits
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Lightweight (93 g)
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Ergonomically designed; 180° wide-vision goggles
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Highest optical quality lens class 1
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CE approved, EN166 against splashes of chemical liquids,
large dust particles, molten metal
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Wide and fully adjustable elastic headband
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Indirect ventilation
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Anti-scratch and anti-fog coating
Part. N°
Description
RX-Optiflex-G
Wide-vision goggles
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Safet y
FOOT WEAR
The right footwear
The right safety footwear is vital at work! Your working environment is a crucial
element when choosing the correct safety footwear. This catalogue explains all
the benefits and features of RX® safety shoes & boots. We explain what you
should pay attention to, so that your employees are properly protected by footwear suited to their needs and requirements.
RX® Securo and RX® Solido
The RX® Securo and RX® Solido are quality safety shoes & boots made of lightweight materials, with shock absorbent soles and composite toe protection, plus
MS3 non-metallic penetration resistant midsole. This makes RX® FOOTWEAR
one of the most comfortable and stylish on the market.
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ISO 20345:2011 specifies basic requirements and additional
properties of safety shoes & boots that are for general purpose
use. The standard details amongst others, mechanical risks,
anti-slip, thermal risks and ergonomic behaviour.
The CE mark confirms that the basic health
and safety requirements as stated in the European directive EEG/89/686 concerning Personal Protective Equipment are met. This way
you are assured that the product is harmless,
offers great comfort and stability and protects
against falling and slipping. Furthermore, the
model is subject to an EC type-examination by
a certified body.
SB = Safety Basic, safety shoes for professional use with a protective toe cap that has been tested for an impact of 200 joules.
Meaning of the category (performance level)
S1
- as SB, plus closed & energy absorbing
heel.
S1P
- as S1, plus penetration resistant midsole
S2
- as S1, plus water resistant uppers
S3
- as S2, plus penetration resistant midsole
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Meaning of further symbols identifying
the protective function
P
Penetration resistance
1100 N
C
Conductive
no more than 100 kΩ
A
Antistatic
0,1 MΩ ad 1000 MΩ
I
Electrically insulating
shoes
more than 1000 MΩ
HI
Insulating against heat
CI
Insulating against cold
E
Energy absorption in the
heel area
WR
Water resistance for
classification I footwear
M
Metatarsal protection
AN
Ankle protection
WRU
Water penetration and
water absorption
CR
Resistance to cuts
HRO
Outsole resistant to hot
contact
20 J
300 °C
The only risks covered are those identified on the shoe.
Parts subsequently added may alter the product characteristics.
Pictograms
Ultra slip resistant sole
Excellent traction with extraordinary ultra slip resistant soles. Approved to both SRA
(tested with soap on ceramics) and SRB (tested with oil on steel), which automatically
achieves the best standard for slip-resistant soles - SRC.
Composite toe cap
A composite toe cap is Non-metallic. Tested to 200 joules (EN12568) composite toe caps
benefit from the elasticity of the raw material, which creates a sort of “memory effect”.
This means the toes are not trapped, even when the shoe has experienced an impact.
Sole resistant to temperatures up to 300 °C contact heat
Footwear with this labelling has soles, which are resistant to temperatures up to 300 °C
contact heat.
HRO 300 °C
Textile sole penetration protection
Midsole protection made of special fibres. The midsole protection is certified under EN
ISO 20 345:2011. The advantage is that the footwear is more flexible and gives better
protection in warm and cold conditions, which gives a high comfort degree for the wearer.
SCUFF PAD
A scuff pad is a flexible pad which allows more ‘give’ at the point where the foot flexes
when kneeling. Ideal for jobs where kneeling is required.
Oil and petrol resistant outsole
The outsole is oil and petrol resistant.
RUBBER TOE REINFORCEMENT
The rubber reinforcement on the toe helps resist wear and extends the life of the shoe
considerably.
Ladder grip
A purpose made insert at the edge of the sole to improve grip and safety whilst using
ladders.
Shock-absorbing comfort sole
All RX® comfort soles are shock-absorbing in the entire sole. This provides good walking
comfort.
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Specifications
RX® safety footwear relieve the feet and the back
The innovative design of RX® safety shoes & boots promote wearer comfort
and ensure better protection of the foot. The component parts of the safety
footwear are processed in such a way that no internal materials irritate the foot.
soft & comfortable
inner lining
Technical textile materials, such as MS3, are primarily used for the anti-perforation sole. This makes it possible to cover the entire sole as opposed to a
steel plate, which offers no protection around the outer edge. Additionally,
MS3 textile offers better protection in cold and warm temperatures. MS3 textile
anti-perforation sole also provides more sole flexibility and improved walking
comfort.
stabilizing TPU
heel support
ultra slip resistant
and shock-absorbing
comfort sole
oil and petrol resistant
resistant to
temperatures up to
300 °C contact
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ladder grip
flexible scuff
pad for working
on the knees
composite
toe cap
rubber toe
reinforcement
anti-perforation
sole made from
MS3 textile for
more flexibility
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RX® securo
RX® Solido
HRO 300 °C
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Safety
FOOTWEAR
Features & benefits
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A study on the anatomy of the foot
The days of wearing heavy safety footwear, offering
poor standing and walking comfort, and annoying,
hard, irritating materials are now finally gone. Wearers of safety footwear now demand much greater
comfort – especially those working long shifts. The
provision of high quality safety footwear to employees results, not only in accident reduction, but
also a reduction in worker fatigue. Less fatigue =
increased productivity. The development of RX®
safety footwear is based on the anatomy of the foot,
and the way in which a person moves around during a working day. This has resulted in safety footwear with a difference.
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■■
Composite toe cap which can resist a pressure of 200 J
Anti-perforation sole made from MS3 textile; very
flexible, gives a much better walking comfort, isolates
against the cold and/or heat and protects a larger area
of the foot
Scuff pad allows more ‘give’ at the point where the foot
flexes. Ideal for jobs where kneeling is required.
Quality uppers stabilises and supports the foot
TPU heel support
Reflective accents for high visibility
Shock-absorbing comfort sole for better walking
comfort
PU/rubber sole material; oil and petrol resistant
HRO resistant to 300 °C contact heat
SRC sole for improved slip resistance
Ladder grip prevents slipping on ladders
Extra Wide Fit
EU sizes: 38 – 47 , UK sizes: 5 – 12
Part. N°
Description
Size
EU/UK
RX-SECURO-38
RX safety shoe S3 Securo, size 38/5 RU/PU HRO
composite toe + MS3 mid-sole
38/5
RX-SECURO-39
39/6
RX-SECURO-40
RX safety shoe S3 Securo, size 40/6.5 RU/PU HRO
40/6.5
RX-SECURO-41
41/7
RX-SECURO-42
42/8
RX-SECURO-43
43/9
RX-SECURO-44
44/10
RX-SECURO-45
RX safety shoe S3 Securo, size 45/10.5 RU/PU HRO
45/10.5
RX-SECURO-46
46/11
RX-SECURO-47
47/12
RX-SOLIDO-38
RX safety boot S3 Solido, size 38/5 RU/PU HRO
38/5
RX-SOLIDO-39
39/6
RX-SOLIDO-40
RX safety boot S3 Solido, size 40/6.5 RU/PU HRO
40/6.5
RX-SOLIDO-41
41/7
RX-SOLIDO-42
42/8
RX-SOLIDO-43
43/9
RX-SOLIDO-44
44/10
RX-SOLIDO-45
RX safety boot S3 Solido, size 45/10.5 RU/PU HRO
45/10.5
RX-SOLIDO-46
46/11
RX-SOLIDO-47
47/12
31
32
SAFETY GLOVES
Why hand protection?
The hand is a complex body part and contains an ingenious network of nerves
and tendons that allow us to execute the most ordinary to the most complex
motor movements.
During every day activities all parts of the hand are exposed to risks such as cuts
and burns, chemicals, etc. Most accidents involving injury to the hands happen
in the workplace. Without adequate protection, any injury, no matter how small,
can have a serious impact on an indivual, both at work and in the home.
Attention to the various dangers in the workplace and the provision of the correct glove for different applications helps reduce risks to a minimum. This can
result in reduced accidents, reduced sickness, reduced litigation, and increased
production.
33
In order to help in making the right choice of Personal Protective Equipment simple, the PPE directive (89/686/EEG) was
drafted. The various types of safety equipment are classified,
which enables the responsible safety personnel to correctly
assess the possible dangers and risks so that adequate PPE
can be made available.
As far as safety gloves are concerned, the characteristics which
the gloves must comply with are described in a series of European standards.
Glove standards
EN 420
EN 388
EN 388: 2003
General requirements for
gloves
Construction and design, level of protection, cleaning, maintenance and storage,
durability, dimensions and user instructions
Protective gloves against
mechanical risks
Rating:
A. Abrasive resistance 1-4
Resistance # cycles
1≥100 2≥500 3≥2000 4≥8000
B. Cut resistance 1-5
Cutting index # cycles
1≥1.2 2≥2.5 3≥5 4≥10 5≥ 20
C. Tear resistance 1-4
Force (N) necessary to tear the material
1≥10 2≥25 3≥50 4≥75
D. Perforation resistance 1-4
Force (N) necessary to perforate the material
1≥20 2≥60 3≥100 4≥150
Glove with low chemical
resistance or watertightness
Incubation time > 30 min for at least 3 chemicals from the list below
Protection against microorganisms
AQL (Acceptable Quality Level) < 2
XXXX
EN 374
EN 374: 2003
XXXX
EN 374
EN 374: 2003
EN 374
EN 374: 2003
XXXX
XXXX
Chemical-resistant glove.
The 3 letters represent the
chemicals from the list of
12 standard chemicals.
Letter code Chemical substance
A
Methanol
B
Acetone
C
Acetonitrile
D
Dichloromethane
E
Carbon disulfide
F
Toluene
G Diethylamine
H
Tetrahydrofuran
I
Ethyl acetate
J
n-Heptane
K
Sodium hydroxide
L
Sulphuric acid
Performance level (AQL)
Incubation time (min.)
34
1
2
3
>10
>30
>60
4
>120
5
6
>240
>480
GLOVE MARKINGS
CE Mark
Notified Body Number
Relevant Pictograms
XXXX
XXXX
Rating
Logo
Name
code
Size
Product Name
ERIKS Part Number
Size of Glove
35
DYNEEMA® technology
Dyneema® Technology, a patented fibre innovation from DSM
Dyneema, offers the most comfortable and lightest solution
for extreme cut resistance. This state-of-the-art technology is
pushing forward the properties of cut resistance in a lightweight
and ‘natural feeling’ fibre.
Applying Dyneema® Technology in a lightweight elasticised
glove can boost cut performance levels up to EN388 Level 4,
without the use of glass fibre or steel wire. It requires no compromise on comfort, tactility and weight of the glove, while providing significantly higher cut resistant performance, and better
durability - especially compared to aramid based gloves.
Abrasion Resistance
Comfort
Gloves with Dyneema® will keep your hands cool. In order to
keep the hand or body temperature on a constant and therefore
comfortable level, it is necessary to keep heat emission in balance with heat production. Protective clothes have to support
this by dissipating heat from the inside to the outside. High
Modulus Polyethylene (HMPE) has the property to transfer heat
very quickly from the inside to the outside of the glove. Thanks
to HMPE’s high heat conductivity, a glove made with sufficient
HMPE content can release body heat much faster to the outside
of the glove compared to other materials. This will prevent body
heat accumulation inside the glove and thus sweaty hands.
Protective gloves are often exposed to (sharp) objects that can
abrade the glove. The more the glove is abraded the less protection it offers. Naturally, the higher the abrasion resistance
a glove offers, the longer the wearer is protected. The chart
shows the correlation between abrasion resistance and cut
resistance consistency. Thanks to the high crystalline properties of the Dyneema® fibre, the abrasion resistance is extremely
high; therefore the cut resistance remains at a constant high
level, unlike other materials like cotton and aramids that show a
decline in cut protection during wear of the gloves.
0,25
0-100
x cycles
100-500
x cycles
500-2000
x cycles
2000-8000
x cycles
>8000
x cycles
100
80
60
Cotton
40
Aramid
Leather
20
Heat releases rate
J/cm2/s.
Relative CR decline on ASTM
120
0,2
0,15
0,1
0,05
0
WEAR
0
Cotton
Leather
Aramid
a DSM brand
The higher the Dyneema® content in a glove, the higher the
comfort. The heat accumulation on the inside of a glove after
one hour of static wear shows that there is correlation between
hand temperature and HMPE content of the glove.
36
40°C
36°C
0%
50%
95%
The more Dyneema®, the cooler the hand.
The picture visualises what the end user will feel. The hands
will stay dry and cool when wearing gloves all day – the actual
temperature will stay close to body temperature. Gloves with
other fibres cause an increase of hand temperature of several
degrees above body temperature. The result is that the more
HMPE fibre used in the glove, the more comfortable and cooler
it will feel.
Summary of Benefits
Cut Resistance
■■
Protection towards mechanical risks
Cost-efficient
■■
■■
■■
■■
High durability due to high abrasion resistance
Chemical resistance
Launder ability (< 90 °C)
UV resistance
Comfort
■■
■■
■■
■■
Light, thin and flexible
High dexterity
No skin irritation
Quick heat release
37
Laboratory Tests
EN388 Protective Gloves Against Mechanical Risks
ISO Cut Test. Performance levels are established according to
cutting index.
The following equipment is used to assess the properties of
gloves specified by the EN388 standard.
Puncture and tear resistance are measured with
a tensometer. Puncture resistance is measured as
the force required to break through samples from
gloves with a standard puncture needle (it should
be noted that the design of this needle is comparable to that of
a large nail, and the puncture strength from this test cannot be
used to assess resistance to puncture by hypodermic needles).
Tear resistance is measured as the force required to tear apart
samples from the glove, which are in the form of a pair of trousers (this test is also known as a trouser tear test). The legs of
the trouser samples are pulled apart and the maximum force
used to assess tearing resistance of the material.
A Martindale wear and abrasion tester is used to measure
the abrasion resistance. The test involves rubbing samples, cut
from the palms of gloves, against a standard glass paper until a
hole is worn through one of the samples. The number of abrasion cycles is used to assess the performance.
A Sodemat (coup) cut tester is used to measure the resistance to cutting. Samples are cut from gloves and placed in a
frame which enables a circular, counter-rotating blade to slice
through the glove material. The number of cycles required by
the blade to cut through the glove are recorded. These are converted into a cutting index by comparison with the number of
cycles required to cut through a standard reference material.
The standard now allows for an alternative test method to be
used for highly cut resistant products and this test is described
in EN ISO 13997. It measures the force required to make a cut
in the test sample 20mm long and is often referred to as the
Performance Level EN420 General Requirements for Gloves
This standard includes tests for glove dimensions, dexterity and
allergens. For example, leather gloves are required to have a
chromium VI content less than the limit of detection. Gloves are
required to be neutral with respect to skin contact.
1
2
3
4
5
Abrasion Cycles 100 500 2000 8000 n/a
Cutting Index 1.2 2.5 5
10 20
Tear Force (N) 10 25 50 75 n/a
Puncture Force (N) 20 60 100 ISO Cut Load (N) 
150 n/a
≥13 
≥22
Coup Cut Machine
38
Size GUIDE
39
RANGE
safety
gloves
RX® Dyneema Safe3
RX® Top-Flex PU
RX® Nitri-4-grip
RX® Durafit NFT
RX® Chemresist
40
Cut resitant gloves
RX® Dyneema Safe3
Seamless knitted Dyneema®
glove with polyurethane coating
EN 388: 2003
Resistance against
mechanical hazards
4343
Test
Performance level
Abrasion
4
Cut
3
Tear
4
Puncture
3
Features
Comfort
The seamless construction provides an exceptional level
of comfort, whilst the open back style allows excellent
breathability.
Strength
This lightweight glove with Dyneema® provides excellent
resistance to cut, abrasion and tear.
Dexterity
The glove has been designed to be tight fitting to give
maximum dexterity for the most tactile of operations.
Knitted wrist
Reusable
Elasticated, for a snug fit. The knitted wrist is extra long
for optimal wrist protection.
Cuts
APPLICATIONS
Indoor, outdoor, dry,
oil, grease, dirty
■■
level of Grip
High
■■
Level of dexterity
High
Glove type
Offers protection from
Working environments
Size
Part. N°
Colour
Packaging
■■
■■
Component handling
Assembly
Electronics
Cutting activities
6
7
8
9
10
RX-PG-CR6
RX-PG-CR7
RX-PG-CR8
RX-PG-CR9
RX-PG-CR10
Grey
Grey
Grey
Grey
Grey
12 pair/pack - 48 pair/box
41
Precision gloves
RX® Top-Flex PU
Black & White
Seamless knitted nylon glove with
polyurethane coating
EN 388: 2003
Resistance against
Mechanical Hazards
4142
Test
Performance
level
Abrasion
4
Cut
1
Tear
4
Puncture
2
Features
Comfort
Seamless for extra comfort, whilst the open back style
allows excellent breathability.
Low linting
Reduces the risk of product contamination.
Dexterity
The glove has been designed to be tight fitting to give
maximum dexterity for the most tactile of applications.
Glove Type
Reusable
Abrasion
Size
Elasticated for a snug fit
APPLICATIONS
oil, grease, dirty
level of Grip
High
Level of dexterity
High
■■
■■
■■
■■
Component handling
Assembly
Electronics
Light engineering
6
7
8
9
10
Part. N°
RX-PG-TF6-Z
RX-PG-TF7-Z
RX-PG-TF8-Z
RX-PG-TF9-Z
RX-PG-TF10-Z
Colour
Black
Black
Black
Black
Black
Packaging
Size
Part. N°
Colour
Packaging
42
Knitted wrist
6
7
8
9
10
RX-PG-TF6-W
RX-PG-TF7-W
RX-PG-TF8-W
RX-PG-TF9-W
RX-PG-TF10-W
White
White
White
White
White
Safety gloves for extra grip
RX® Nitri-4-grip
Seamless knitted nylon glove with light
porous breathable foam nitrile coating
EN 388: 2003
Resistance against
mechanical hazards
4121
Test
Performance
level
Abrasion
4
Cut
1
Tear
2
Puncture
1
Features
Comfort
The soft seamless knitted yarn provides an exceptional
level of comfort, whilst the open back style allows
excellent breathability.
Dexterity and fit
The snug fit provides maximum dexterity for the most
tactile of applications.
Glove Type
Reusable
Abrasion
level of Grip
Level of dexterity
Size
Part. N°
Colour
Packaging
Dry and wet grip
As well as providing excellent dry grip, Nitri-4 Grip channels oils and liquids away from the surface ensuring superb wet grip.
oil, grease, dirty
APPLICATIONS
High
■■
■■
High
Component handling
Assembly
6
7
8
9
10
RX-PG-GF6
RX-PG-GF7
RX-PG-GF8
RX-PG-GF9
RX-PG-GF10
White
White
White
White
White
43
All round Safety Glove
RX® Durafit NFT
Seamless nylon glove with a foamed
nitrile palm coating
EN 388: 2003
Protective gloves
against mechanical risks
4121
Test
Performance
level
Abrasion
4
Cut
1
Tear
2
Puncture
1
Features
Dry and wet grip
The foamed nitrile coating channels liquids away from
the glove surface, ensuring superb wet grip.
Durability
Outstanding abrasion resistance, for longevity and
durability.
Dexterity and fit
glove Type
Size
Reusable
Abrasion, scratches,
dirt
APPLICATIONS
oil, grease, dirty
■■
level of Grip
High
Level of dexterity
High
■■
■■
■■
■■
■■
Component handling
Assembly
Electronics
Light engineering
Construction
Automotive
6
7
8
9
10
Part. N°
RX-PG-DF6
RX-PG-DF7
RX-PG-DF8
RX-PG-DF9
RX-PG-DF10
Colour
Black
Black
Black
Black
Black
Packaging
44
The breathable, seamless liner provides outstanding
dexterity and a snug fit for the most tactile of
applications.
Chemical resistant gloves
RX® chemresist
Synthetic rubber glove with nitrile coating
Protective gloves
against mechanical risks
EN 388: 2003
4101
Protection against
micro-organisms
EN 374: 2003
Chemical resistant glove. The letters represent
the chemicals from the list of 12 standard
chemicals. For these chemicals a breakthrough period of >30 min was reached. For
more information on chemical categorization
visit www.hse.gov.uk
EN 374: 2003
AJK
Features
Performance
Offers very good abrasion and puncture resistance, and protection
against a wide range of chemicals including strong detergents, oils and
certain solvents.
Comfort
Anatomically shaped ensuring comfort, and reducing hand fatigue.
Test
Performance
level
Abrasion
4
Cut
1
Tear
0
Puncture
1
glove Type
Size
Good Grip
Slip resistant raised diamond pattern on palm of glove ensuring good
grip in both wet and dry conditions.
Flock Lined
Soft cotton flock lining absorbs perspiration keeping hands cool. Easier
to put on and take off.
Sanitized
Contains a fungicidal and bacteriostatic agent.
Thickness: 0.38mm (measured on the palm)
Lengte: 33 cm
Anti-static properties
Meets the surface resistivity requirements of EN1149 part1: 1995.
Reusable
Chemicals
APPLICATIONS
oil, grease, dirty
level of Grip
High
Level of dexterity
High
■■
■■
■■
■■
Graphics industry
Agriculture
Production & assembly
Food manufacturing &
preparation
■■
■■
■■
■■
■■
Automotive
Engineering & manufacture
Chemical manufacture & use
Laboratory & pharmaceutical
Janitorial
6
7
8
9
10
Part. N°
RX-PG-NI6
RX-PG-NI7
RX-PG-NI8
RX-PG-NI9
RX-PG-NI10
Colour
Green
Green
Green
Green
Green
Packaging
45
Notes
46
catalogs
ERIKS’ catalogs
ERIKS continuously invests in the creation and updating of catalogs.
■■
Materials Handling
■■
RX Spill Control
■■
Format Tools
■■
Tech Direct
■■
Tools & Maintenance
■■
Know+How
join our mailing list for the latest ERIKS publications
47
Call 0845 006 6000
www.eriks.co.uk

RX® Personal Protective Equipment

Transcription

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