Stainless Steel Lead Canister, Syringe Carrier To Hungary

Stainless Steel Lead Canister, Syringe Carrier To Hungary

Recently, CNRAYSHIELD, a leading domestic enterprise in the field of nuclear medicine protective equipment, completed a batch of centralized shipments of nuclear medicine protective equipment. This batch of lead canisters and syringe transport boxes, manufactured using stainless steel-clad lead technology, will be precisely delivered to a partner medical institution in Budapest, Hungary, via the China-Europe Railway Express. The successful delivery of this order not only demonstrates the technological strength of my country’s nuclear medicine protective equipment but also signifies a further enhancement of our competitiveness in the overseas high-end medical protective market.

It is understood that the Hungarian client is a well-known local nuclear medicine diagnostic and treatment institution. Their daily operations require frequent transportation of radiopharmaceuticals and related diagnostic and treatment instruments, placing extremely high demands on the safety, stability, and compliance of protective equipment. “Previously, we tried protective products from several countries, and either they failed to meet radiation protection standards or experienced loosening of seals during transport, posing significant safety hazards to diagnostic and treatment work,” the equipment procurement manager of the medical institution stated during initial communication.

In response to customer needs, CNRAYSHIELD, leveraging over a decade of professional experience, has launched a customized solution utilizing stainless steel lead-clad technology. Compared to traditional pure lead protective products, the products shipped this time possess three core advantages: First, superior protective performance. Through a precision composite process of a stainless steel shell and a high-purity lead core, the lead equivalent is uniform and stable, achieving a shielding efficiency of over 99.8% against gamma rays and other radioactive substances, far exceeding relevant EU standards. Second, more reliable structural strength. The impact resistance and corrosion resistance of stainless steel effectively solve the problems of deformation and wear in pure lead products. Simulated long-distance transportation tests showed that the product’s sealing performance remained intact throughout, with no risk of radiation leakage. Third, superior ease of operation. The product adopts a convenient opening and closing structure design, meeting the needs of medical personnel for rapid operation while ensuring structural stability and eliminating the risk of radiation leakage.

To ensure full compliance with Hungarian and EU market access requirements, the company completed several international authoritative certifications ahead of schedule, including CE certification and ISO 13485 certification for medical device quality management systems. The company also organized multiple video conferences with the client to adjust product dimensions, lead equivalent, and other parameters based on their specific transportation needs. “From technical solution communication to sample testing and mass production, the professionalism and responsiveness of the Chinese team impressed us deeply,” said the purchasing manager during the sample acceptance phase. According to testing by a third-party authoritative institution, all indicators of this batch of products exceeded the standards stipulated in the contract.

This cooperation with the Hungarian client is an international recognition of our technological strength and a significant opportunity to expand into the European market. In the future, our company will continue to increase investment in core technology research and development, optimize our service and quality systems, and provide safer and more reliable protection solutions for the global nuclear medicine field, attracting more overseas clients to cooperate with us.