Protective x-ray price screen

The most critical factor is the Lead Equivalence (Pb), typically ranging from 0.5mmPb to 2.0mmPb depending on the radiation intensity of your equipment. You must also specify the material of the viewing window, ensuring it is high-transparency lead glass to allow clear observation without compromising safety. Additionally, the frame should be constructed from stainless steel or powder-coated carbon steel for durability and easy decontamination in medical environments.

For global trade, ensure the product complies with IEC 61331-3, which specifically covers protective devices against diagnostic medical X-radiation. For the European market, a CE Marking is mandatory under the Medical Device Regulation (MDR). For the US market, FDA registration is required. Always request radiation leak test reports from the manufacturer to verify that the finished product meets the declared shielding levels.

Mobile protective screens equipped with medical-grade silent casters (with brakes) are ideal for multi-purpose rooms or bedside radiography where flexibility is key. Stationary or floor-mounted screens are better suited for high-traffic CT or X-ray rooms where a permanent barrier is required. Ensure the width and height (typically 1800mm x 900mm or larger) provide full-body coverage for the operator based on the room layout.

Lead glass is sensitive and should only be cleaned with non-abrasive, pH-neutral cleaners and soft cloths to prevent scratching or clouding. The screen body should withstand standard hospital disinfectants. It is recommended to perform an annual radiation safety audit to check for any structural damage or 'sagging' of the internal lead sheet, which can occur in low-quality builds over time.

Protective screens, especially those with lead glass, are highly fragile and heavy. You must insist on reinforced wooden crate packaging with shock-absorption foam and 'Fragile' / 'Keep Upright' labels. For high-value orders, consider sea freight with specialized handling and ensure the supplier uses vacuum-sealed moisture-proofing to prevent oxidation of metal parts during long transit times.

Focus on certification transparency rather than just the lowest price. Request a pre-shipment inspection (PSI) by a third party like SGS or TÜV to verify the lead thickness. Negotiate for spare lead glass panels to be included in the bulk price, as these are the most likely components to break and are expensive to ship individually later. Mention sourcing via Made-in-China.com to leverage their trade security and supplier verification tools.

Always use secure payment methods that offer escrow services or trade assurance. Verify the supplier's Business License and Medical Device Production License. Avoid transferring funds to personal accounts. For large-scale hospital projects, use Letters of Credit (L/C) to ensure payment is only released upon the presentation of valid shipping and quality documents.

Ensure the HS Code (typically 9022.90) is correctly declared on all documents. Provide a clear Product Technical Manual and Declaration of Conformity in the destination country's language. Be aware that some countries classify these as Class I or Class II medical devices, requiring the importer to have a specific medical import permit before the goods arrive at the port.