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- High Performance Butyl Dry Box Gloves
High Performance Butyl Dry Box Gloves
Chemical composition
Gloves are made of isobutylene polyisoprene (BHP) which is the result of isobutylene and isoprene co-polymerization.
Characteristics / Advantages
Excellent chemical resistance.
Good resistance to ozone and UV.
Excellent flexibility and dexterity.
Excellent impermeability against gas and liquids.
Antistatic.
Fields of Application
Assembly of microelectronic products in the inert media.
Isolators for pharmaceutical industry.
III class microbiological safety boxes.
Research and engineering ultraclean gloveboxes.
Packaging
Pair of gloves inside a reusable black pouch with layer card carton.
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.
Material code |
BHP |
Colour |
Black |
Inner diameter of glove box port |
136, 156, 186, 220, 300 and 350 mm |
Hand size |
Ambidextrous or left hand / right hand |
Size |
Depends on model |
Length, mm |
750-800 (±20) |
Thickness, mm |
Rated: 0.4 (min: 0.3 — max: 0.6); |
Bead, mm |
Standard: 5 ±1 |
Products |
Performances* |
Autoclaving (+120 °C) |
+ + + |
Alcohols |
+ + + |
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 -30 °C to +110 °C
* - Not recommended
+ Applicable in some conditions
++ Applicable
+++ Excellent for operation
Young modulus at deformation 100 %(1) |
Tensile strength(1) |
Elongation at break(1) |
Helium penetration(3) |
Electrical resistivity(4) |
< 2.5 MPa |
> 13 MPa |
> 400 % |
7.10-17 m2/Pа-1/s-1 |
< 1.109 Оhm |
2EN 388
3NF ISO 2782
4EN 1149-1