Protecx Essential Apron

• Option A: 100mm VELCRO® brand hook and loop fasteners on both sides

• Option B: Elastic belt which fastens with VELCRO® hook and loop fasteners at the back 

• Option C: 50 mm webbing belt which fastens and adjusts with a side release buckle 

SIZING: Ranges from Extra Small to Extra-Large (these measurements are determined by chest and hips measurements).
LENGTHS: Short 82cm, Regular 92cm (as standard), Long 102cm and Extra-Long 112cm.
COMFORT OPTION: Outlast Material, as an additional option.
CORE MATERIAL: Lightweight Lead – The traditional protection material, lead is the heaviest and most durable. Suitable where weight is less of a consideration. Burlite composite core material which is approximately 25% lighter than the lightweight lead is also available.
EMBROIDERY: All aprons branded with the Medray logo, a personalised embroidery of two text lines of up to 12 characters each at no extra cost. This should be specified at order stage.
THYROID COLLARS: Available as an additional option. These can be attached to an apron using a soft webbing and buckle.

We offer three different types of material with exceptional attenuation properties. All three protective materials are offered in lead equivalencies of 0.25mm, 0.35mm, and 0.5mm to offer the best options to fit your needs.

• Lead Free Bi-Layer
  A Lead Free Protective Material. Featuring Bi-Layer Technology has been proven and tested to attenuate radiation at both high kVp and low in accordance with IEC 61331-1:2014. If you are looking for a lightweight material that is also lead free, Lead Free Bi Layer is the best option
  
  
• Composite
  This is our lead composite material made from antimony and lead. It is lighter in weight and maintains strong protective qualities in accordance with IEC standards.
  
  
• Lead
  The traditional material for protective aprons. Lead offers a low cost, dependable heavy duty solution that can be used for gamma radiation (nuclear medicine) and x-ray procedures (CT-assist, thorax) exceeding 120kV.

 All core materials are compliant to the PPE Regulation (EU) 2016/425 and meet the stringent world standard IEC 61331-1:2014 (BBG* test method).