RAYZA RX575
Cut Level F, Chemical Resistant Gauntlet
Why we developed this glove
In these extreme environments, there are multiple risks at hand; from handling sharp components that are likely wet or oily, to risk of liquid or chemical splashes or leakages. We identified there wasn’t a single glove that could protect hands across such a wide range of risks… [Read more]
Annika – Sales
GLOVE FEATURES
- Maximum cut protection (index F) in the palm area
- Contact level 1 heat resistance
- Resistance to multiple chemicals, including resistance to Heptane (a bi-product of petroleum)
- Certified against fungi and bacteria
- Double dipped nitrile (no PVC)
- NBR Palm coating provides enhanced grip in oily conditions
- Increased length increases protection for the lower arm
GLOVE SPECIFICATION
| Code: | RX575 |
| Size range: | 6/XS – 11/2XL |
| Coating: | NBR |
| Liner: | HPPE |
| Packaging: | 10 pairs/pack – 60 pairs/carton |
| RRP: | £16.49 |
GLOVE STANDARDS
EN388:2016+A1:2018 - Mechanical Hazards
Protection against mechanical hazards in respect of physical and mechanical stress caused by abrasion, blade cut, tear and puncture. The table below indicates the glove’s resistance to:
4 = Abrasion
X = Blade Cut* (coup)
4 = Tear
2 = Puncture
F = Straight Blade Cut (EN ISO 13997)
NOTES:
Where 1 indicates the lowest performance. X that the test was not performed or not possible. A 0 rating indicates that during the test level 1 was not reached.
*Gloves should not be used when working with serrated blades
EN374-1:2016+A1:2018 - Chemical Hazards
The chemicals break through the glove material at a molecular level. The breakthrough time is here evaluated and the glove must withstand a breakthrough time of at least 30 minutes against a minimum of 6 test chemicals.
J = n-heptane (142-82-5) Saturated hydrocarbon
K = 40% Sodium hydroxide (1310-73-2) Inorganic base
L = 96% Sulphuric acid (7664-93-9) Inorganic base
M = 65% Nitric acid (7697-32-2) Inorganic base
N = 99% Acetic acid (64-19-7) Organic acid
O = 25% Ammonium hydroxide (1336-21-6) Inorganic base
EN407:2020 - Thermal risks (heat and/or fire)
This standard specifies thermal performance for protective gloves against heat and/or fire. The table below indicates the glove’s resistance to:
X = Flammability
1 = Contact heat
X = Convective heat
X = Radiant heat
X = Small splashes of molten metal
X = Large splashes of molten metal
NOTES: Where 1 indicates the lowest performance. X that the test was not performed or not possible. A 0 rating indicates that during the test level 1 was not reached.
EN374-5:2016 - Resistance to Bacteria and Fungi
The penetration resistance has been assessed under laboratory conditions and relates only to the tested specimen.
Resistance to Bacteria and Fungi – Pass
Resistance to Virus – Not tested
GLOVE STORY
Who this glove was designed for
The following industry sectors where extreme environments mean that hands require superior safety:
- Oil & gas – particularly those who work offshore
- Petrochemical, agrichemical and chemical
- Construction – concreting, piling
- Utilities
- Wastewater
Why we developed this glove
In these extreme environments, there are multiple risks at hand; from handling sharp components that are likely wet or oily, to risk of liquid or chemical splashes or leakages. We identified there wasn’t a single glove that could protect hands across such a wide range of risks.
The solution
The Rayza RX575 gauntlet is designed to protect on every front. In fact, it surpasses the industry standards for combined chemical, heat and cut protection.
The Rayza RX575 combines maximum cut protection (index F) with a superior nitrile barrier; resistant to multiple chemicals (including resistance to Heptane, a bi-product of petroleum), oils, fungi and bacteria. Also certified for contact level 1 heat resistance, the increased length compared to a typical gauntlet ensures protection for the lower arm too.
TALK TO US ABOUT HAND PROTECTION
Want to talk to the Stalsen team about your hand protection requirements?Call: +44 (0)1394 447090. Email: info@stalsen.com.Or complete the contact form below.
Proven Results
Read the STALSEN Case Studies for more information about how we work with our clients.
