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Polyurethane radiation protection dry box gloves

Polyurethane radiation protection dry box glovesChemical composition
Three-layer gloves are made of polyurethane / lead-free screen layer / polyurethane

Characteristics / Advantages
Excellent resistance to ionizing, gamma and beta radiation.
Excellent mechanical resistance (puncture and rupture resistance).
Excellent chemical resistance.
Excellent resistance to ozone and UV.
Excellent flexibility and dexterity, provide reduction of exposure duration.
Free of lead, disposed as non-toxic waste.

Fields of Application
Nuclear industry.

One glove or pair of gloves inside a black pouch with paper filling material.
User Manual according to requirements of EU General Product Safety (CE marking) with instructions to the end user and explanations on marking on the glove and the packaging.

Storage advice
Storage condition in the original packaging must be from +5 °C to +25 °C.
Shelf life: 3 years in its original packaging.
Wash with soapy water, rinse with clean water and low temperature dry (less than +40 °C).

Glove disposal
The gloves are non-recyclable.
Classified as non-toxic waste providing they have not been contaminated during use.

Design options

Material code




Inner diameter of glove box port

136, 156, 186, 220, 300 and 350 mm

Hand size

Ambidextrous or left hand / right hand


Depends on model

Length, mm

750-800 (±20)

Thickness, mm

Rated: 0.35 (min: 0.35 — max: 0.7)

Bead, mm

Standard: 5 ±1

Physico–chemical properties



Autoclaving (+120 °C)




Acids, bases


Strong oxidizers


Ozone, UV, free radicals, normal aging

+ + +

Cetonic Solvents


Chlorinated Solvents


Aromatic solvents and oils


Aliphatic solvents and aliphatic oils

+ +

Temperature range: from -20 °C to +90 °C

* - Not recommended
+ Applicable in some conditions
++ Applicable
+++ Excellent for operation

Mechanical properties

Young modulus at deformation 100 %(1)

Tensile strength(1)

Elongation at break(1)

Puncture resistance (0.6 mm)(2)

< 3.5 MPa

> 30 MPa

> 500 %

> 60 H

1ISO 37 type 2   
2EN 388

In compliance with European Personal Safety Equipment Directive

In compliance with European Personal Safety Equipment Directive