Shielding Integrity Testing & Compliance
All Radiation Protection Aprons (RPA) should undergo shielding integrity testing upon receipt from the vendor to ensure optimal radiation protection performance. To maintain safety standards, periodic testing is recommended at 12–18 month intervals.
Each apron is assigned a permanent identification label for traceability, inspection records, and lifecycle management. This label should remain intact and must not be removed.
For added convenience, we offer the option of local apron testing services, allowing customers to perform inspections within the country. This ensures faster turnaround times, reduced logistics costs, and compliance with regulatory requirements.
Frequently Asked Questions (FAQ)
Q1: Why is shielding integrity testing important?
A: Shielding integrity testing ensures that the apron continues to provide effective protection against scattered radiation. Over time, wear and tear may cause cracks or defects that are not visible externally.
Q2: When should aprons be tested?
A: Aprons should be tested:
- Upon initial receipt from the vendor
- Every 12–18 months thereafter as part of routine quality assurance
Q3: What happens if an apron fails the test?
A: If defects such as cracks or thinning are detected, the apron should be removed from use and replaced to ensure user safety.
Q4: Why does each apron need a label?
A: The label allows for:
- Easy identification and tracking
- Recording of inspection history
- Compliance with safety
Q5: Can the label be removed or replaced?
A: No. The label should remain permanently attached to ensure accurate tracking throughout the apron’s lifecycle.
Q6: What does “local testing” mean?
A: Local testing means your aprons can be inspected within your country, without needing to send them overseas. This offers:
- Faster service turnaround
- Lower shipping costs
- Greater convenience for regular testing
Q7: Do you assist with arranging local testing?
A: Yes, we can assist in coordinating local testing services to ensure your aprons meet required safety standards.
