Light-sensitive fluids can degrade quickly under light. This practical guide explains PharMed® BPT’s light-blocking and CIP compatibility, with actionable selection and validation tips.
Typical light-sensitive fluids
Pharmaceuticals: formulations containing photosensitive actives, serum, and vaccines
Fine chemicals: photoresins, photoresists, specialty dyes and monomers
Lab reagents: fluorescent dyes, photosensitive proteins and probes
Why PharMed® BPT is appropriate
Strong light-blocking properties — reduces light penetration in both visible and UV ranges, protecting photolabile compounds.
Chemical and thermal stability — compatible with many mild acids/bases and some solvents; withstands autoclave cycles and repeated CIP/SIP.
Durability — purpose-built for peristaltic pump wear and tear; longer service life than typical silicones, reducing downtime.
What “withstands repeated CIP” means
CIP (Clean-In-Place) uses circulating cleaning solutions without disassembly. Tubing that tolerates repeated CIP will not crack, deform, or degrade under hot alkaline/acid circulation, preserving internal surface integrity and reducing contamination risk.
Recommended applications
Pharmaceutical lines for photosensitive formulations
3D printing resin feed systems
Laboratory instruments handling fluorescent or photosensitive reagents
Fine chemical dosing where light exposure can trigger unwanted reactions
Conclusion & practical tip
For any light-sensitive or chemically demanding fluid, choose an opaque, validated tubing. Always run a site-specific compatibility and UV-Vis transmission test to confirm the tubing meets your process protection requirements.
