Radiation Protection Gloves

What makes the our gloves the best in the industry? See below for our specifications that meet and exceed CE and ASTM standards.

Radiation Attenuation Data:
Attenuation measurement at broad beam according to EN 1331-1 (IEC 61331-1/ASTM-2547-06)

Radiation Beam Energy Level	Skin Dose Reduction	Skin Dose Reduction	Skin Dose Reduction
	Max	Thin	Ultrathin
60 kV	63%	51%	41%
80 kV	53%	44%	33%
100 kV	46%	39%	28%
125 kV	41%	27%	21%

Nominal value for lead equivalence is 0.04 mm Pb. Settings for lead equivalence: 80 kV, 0.15 mm Cu filter, narrow beam.

Sizing:

Size	Minimum Length (mm/inches)	Palm Width (mm/inches)
6	280/11.0	80/3.1
7	280/11.0	85/3.3
7	285/11.2	94/3.7
8	285/11.2	100/3.9
8	290/11.4	107/4.2
9	290/11.4	114/4.5

Characteristics:

Technical Parameters	Before Ageing	After Ageing
Finger tip thickness, (mm)	0.35	0.35
Palm thickness, (mm)	0.32	0.32
Cuff thickness, (mm)	0.30	0.30
Lead equivalence (mm Pb)	0.04	0.04
Tensile strength (MPa)	Min 16	Min 14
Color	Khaki
Material	Natural latex
Protective material	Mixture of lead-free elements
Donning agent	None-powder free
Azo dyes	None
Residual powder	Less than 2 micrograms/glove
Protein content	Less than 50 micrograms/gram
Sterilization	Gamma sterilization
Packing	One sterile pair per pouch
Storage	Store in cool, dry place

Quality Assurance:

Produced in our state-of-the-art dipping facility, each glove is subjected to rigorous contamination control and is thoroughly tested before being gamma sterilized at an independent facility.

Dimensions & physical properties as per EN 420	S-2, AQL 4.0
Inspection for holes as per EN 455	100%
Visual inspection for major and minor defects	100%
1000 ml water test	100%
Attenuation/lead equivalence as per EN 1331-1	N=5
Tensile testing as per EN 455	N=10