August Penkert SAFEGUARD INOX PREMIUM 2.0 Instructions For Use

I N S T R U C T I O N S F O R U S E
SAFEGUARD INOX PREMIUM 2.0
MODEL: SAFEGUARD INOX PREMIUM 2.0
CUT PROTECTIVE GLOVES ACCORDING TO EN 388:2016
•
Double sided knitted fabric made of 60% meta-aramid / 40% para-aramid
Aramid with silicone coating (weight per unit area approx. 520 gr/m2) -
Palm with innovative gel padding (Poron®)
•
Reinforcement in the crook of the thumb
•
Spantex (93% polyester / 7% spandex)
•
Rubberized 3D ankle protection
•
Gathered padding in the finger area
•
Silicone coating on all sides of the fingertips
•
Hand piece completely reinforced with high cut resistant Interlock made of 40%.
KEVLAR® - 60% stainless steel, weight per unit area approx. 200 gr/m².
• Neoprene cuff with velcro fastener
• Eurotex moisture barrier (PU membrane: waterproof, windproof, breathable )
Attention: no waterproofness in the area of the surface -
Elastic band in the palm of the hand
•
Approx.. 6 cm long knitted cuff
•
Total length approx. 27 cm (size M)
•
Available in sizes 5 - 12
The protective gloves meet the requirements of the European PPE Regulati-
on (EU) 2016/425 and protect against mechanical and thermal risks
(heat) covered by the standards on which the
certification is based.
The applied standards are EN 388:2016 and EN 420:2003+A1:2009.
August Penkert GmbH
Xantener Str. 12
45479 Mülheim (Ruhr)
Germany
GUIDE-INFORMATION FOR USE
Fon: 0208-41969-0
Fax: 0208-41969-22
E-Mail: mail@penkert.com
Postcode 10 15 24
The Modell SAFEGUARD INOX PREMIUM 2.0 is a further development of the
popular SAFEGUARD INOX PREMIUM - the glove for technical assistance. An
improved fit provides even better tactility (dexterity). The SAFEGUARD INOX
PREMIUM 2.0 meets the requirements of the European Standard 388:2016.
Materials meet the requirements of EN 420:2003+A1:2009.
Available in sizes 5 - 12.
Observe the following points when wearing gloves: The glove does
not protect against chemical and bacteriological hazards.
- In cases where there is a risk of moving machine parts getting
caught, this protective glove must not be worn.
- Oil, grease and moisture reduce the cut resistance and increase
the flammability of all gloves and should be avoided.
- The protective gloves are designed for work in a dry environment.
The expiration date (month and year) is indicated on the protective
glove. (Example: 12.2026) It is not known that the performance
levels according to EN388:2016 and EN 420:2003+A1:2009 change
after up to 8 years of proper storage. Note: The production date is
the printed expiration date minus 8 years.
abrasion resistance
cut resistance
tear strength
puncture resistance
TDM:section
1= lowest power levels; 4 (5) = highest power level (A= weakest and F= highest
power level linear cutting resistance); 0 = indicates that the
glove falls below the minimum power level for the given single hazard. X =
indicates that the glove has not been tested, or
that the test procedure does not appear suitable / applicable.
Note: If blunting occurs during the Coupe Cutting Strength Test, the results of
the Coupe Test are for guidance only, whereas the TDM
Cutting Strength Test provides reference performance results.
Information on the performance level of the TDM test is binding for higher
blunting of the cutting blade in the coupe test. In this case a
Too high power level determined by blade truncation.
Even a high power level when determining the puncture resistance should
not lead to the assumption of protection against puncture of a thin cannula.
DESCRIPTION
APPLICATION
TECHNICAL DATA
RESULT
3
3
4
4
D