BLOGS

Low-temperature resistance of drainage bags: How to maintain stable performance during cold chain transportation

Low-temperature resistance of drainage bags: How to maintain stable performance during cold chain transportation

2026-06-04 11:58:31

To maintain stable performance of drainage bags during cold chain transportation, key…

The "leak-proof technology" of drainage bags: How the double-layer sealing structure eliminates the risk of side leakage.

The "leak-proof technology" of drainage bags: How the double-layer sealing structure eliminates the risk of side leakage.

2026-06-04 11:56:44

The "leak-proof technology" of drainage bags utilizes a double-layer sealing structure to…

The "Environmental Breakthrough" of Drainage Bags: How Biodegradable Materials Can Replace Traditional PVC

The "Environmental Breakthrough" of Drainage Bags: How Biodegradable Materials Can Replace Traditional PVC

2026-06-03 11:02:35

The "leak-proof technology" of drainage bags utilizes a double-layer sealing structure to…

The "visual window" of a blood bag: How to observe the state of blood through the transparent area

The "visual window" of a blood bag: How to observe the state of blood through the transparent area

2026-06-03 11:00:29

The "visual window" of a blood bag, namely the transparent area on…

Blood bag "shockproof design": How the honeycomb structure cushions the impact of bumps during transportation

Blood bag "shockproof design": How the honeycomb structure cushions the impact of bumps during transportation

2026-06-02 13:26:25

Blood bags require effective cushioning against bumps and impacts during transportation. Due…

"Low-Temperature Toughness" of Blood Bags: How TPU Material Overcomes the Problem of Embrittlement at -80℃

"Low-Temperature Toughness" of Blood Bags: How TPU Material Overcomes the Problem of Embrittlement at -80℃

2026-06-02 13:00:10

Through molecular structure optimization and additive modification, TPU materials can overcome the…