OverviewAPPL’s ImaLOK™ sanitary clamp is designed to address the needs of the single-use disposable and biopharmaceutical industries. ImaLOK™ sanitary clamps are manufactured from glass-reinforced, FDA 21 CFR 177.1500 grade, USP Class VI Nylon 66 and are intended for use as components of single-use transfer lines and a wide range of bioprocess systems.
Standard sizes available (catalog)# | PART NO. | Material of construction (MOC) | Size (Inch)
1 | GNRC-NC-0750 | Glass reinforced nylon | 1/2\" - 3/4\"
2 | GNRC-NC-1500 | Glass reinforced nylon | 1\" - 1.5\"
3 | GNRC-NC-4000 | Glass reinforced nylon | 4\"
Application- Single-Use Systems (SUS)
- Pharmaceutical manufacturing
- Vaccine and biotherapeutic production
- Situations where metal is incompatible
Compliance and certification- FDA 21 CFR 177.1500
- USP Class VI
- USP Class 87
Characteristics- Available in multiple internal dimensions to meet process requirements
- Manufactured in an ISO Class 7 cleanroom
Key features- Biopharmaceutical grade
- Limited-slip design with floating hinge for balanced contact pressure
- Compatible with ASME-BPE and BPSA standard non-metallic and stainless flange ferrules
- Excellent resistance to acids and alkalis
- Efficient locking mechanism
- Lightweight construction
- Autoclavable and compatible with gamma sterilisation
- Quick delivery support
Technical specifications- Model name: ImaLOK™
- Material: Glass-reinforced Nylon 66 (FDA 21 CFR 177.1500 grade, USP Class VI)
- Manufacturing environment: ISO Class 7 cleanroom
- Available part numbers and sizes: GNRC-NC-0750 (1/2\" - 3/4\"), GNRC-NC-1500 (1\" - 1.5\"), GNRC-NC-4000 (4\")
- Intended use: Component for single-use transfer lines and a wide range of bioprocess systems
- Compatibility: Designed for use where metal is incompatible; compatible with ASME-BPE and BPSA flange standards
- Sterilisation: Autoclavable; gamma sterilisation compatible
- Chemical resistance: Excellent resistance to acids and alkalis
- Design features: Limited-slip design, floating hinge for balanced contact pressure, efficient locking mechanism, lightweight construction