Biomedicine

The biomedical field has special requirements for cold storage shelves, which should not only meet the low temperature storage conditions, but also ensure the quality and safety of drugs and biological agents.

Special requirements: -40℃ ultra-low temperature environment adaptation

In the biomedical industry, pharmaceuticals, vaccines, plasma, and biologics often require storage at extreme temperatures—such as-40℃°C or lower. Conventional shelving materials and structures prove inadequate in such ultra-low-temperature environments. Ordinary steel loses its toughness and strength under these conditions, making shelves prone to cracking or warping that jeopardizes product safety. Furthermore, biomedical products demand stringent hygiene standards and exceptional stability. Shelves must demonstrate excellent rust-proofing and corrosion resistance to prevent contamination from surface corrosion while maintaining structural integrity through prolonged exposure to low temperatures, ensuring no adverse effects on drug quality.

Recommended solution: stainless steel heavy duty shelf + temperature sensing system

To meet the specialized requirements of the biomedical sector, stainless steel heavy-duty shelving systems with thermal monitoring are recommended. These shelves, constructed from corrosion-resistant stainless steel, maintain stability in high-humidity, low-temperature cold storage environments without rust or corrosion, ensuring both shelf longevity and product safety. Their exceptional strength enables heavy-duty operation, fulfilling the weight-bearing demands of biomedical product storage. Equipped with thermal sensors, the system continuously monitors temperature fluctuations in cold storage. When temperatures exceed preset thresholds, it immediately triggers alerts to notify staff for corrective actions, safeguarding pharmaceutical quality from temperature variations. In vaccine cold storage facilities, this integrated solution provides a secure and stable environment for vaccines, ensuring efficacy and safety while strengthening public health safeguards.