Powder Free Non-Latex Polyisoprene Sensitive Radiation Protection Gloves, Sterile

Main Features
  • An optimal combination of high attenuation and tactile sensitivity
  • Lead Free and Non Toxic
  • Environmentally friendly and Disposable
  • Sterile
  • Powder Free
  • Natural Rubber Latex
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Powder Free Non-Latex Polyisoprene Sensitive Radiation Protection Gloves, Sterile Special

Main Applications
  • Diagnostic heart catheterizations
  • Coronary angioplastics
  • Angiocardiography
  • Gynecology
  • Urology
  • Orthopedics
  • Examination procedures using Fluoroscopy
  • Pain management
  • Electrophysiologic (EP) studies
Product Conformance In compliance with EN 420, EN 374-2, EN 388, IEC/EN61331-1 Radiation quality acc to IEC 1267/EN61267, RQR qualities (Al-filtration), ICRU51 (International Commission on Radiological Protection)
Quality Assurance Manufacturing process is in compliance with US FDA Quality System Regulation (QSR) and BS EN IS09001 Quality System RadiaXon' is an approved product of OSHA, Germany

Pre-shipment Quality Inspection

Criteria Inspection Sampling Plan
Dimension N=13, Median
Physical Properties N=13, Median
100ml Water Leak Test AQL 1.5
Powder Free Residual N=5
Visual Inspection for Major Defect G-1, AQL 2.5
Visual Inspection for Minor Defect G-1, AQL 4.0


Glove Size Reorder# Length (mm)
6R3560-86min. 280
6 ½ R3560-86min. 280
7R3560-86min. 283
7 ½ R3560-86min. 287
8R3560-86min. 288
8 ½R3560-86min. 290
9R3560-86min. 290


This glove is not intended for use in the direct or primary x-ray beam. The purpose of this radiation protective glove is to protect the hands from scattered secondary radiation exposure originating from the x-ray beam during fluoroscopic procedures.

Attenuation Level

Beam Energy Level Skin Dose Reduction
60 kVp 51%
80 kVp 48%
100 kVp 37%
120 kVp 32%


Type Value
Thickness at Fingertips (mm) Min. 0.25
Length Min. 290mm
Tensile Strength (unaged)(MPa) Min 9
Force @ Break Min 9