Clamping element for laboratory equipment





≈ $46.92
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* Special version Type PF: suitable for glass-to-glass connections
* Type PF: Plastic clamps, specifically for glass-glass transitions
* Application area: low-reactive, vibration-damping mounting of
* Material clamps: High-performance plastic (black, geared)
* Condition: New, unused, complete
* Packaging: Original bag with label
* Usage: Laboratory reactors, glass assemblies, vacuum lines,
* Application: Glass flange connections (glass-glass)
* Type PF: Plastic clamps, specifically for glass-glass transitions
* Application area: low-reactive, vibration-damping mounting of
* Application: Connection of glass flanges (glass-glass)
* Material clamps: High-performance plastic (black, geared)
* Condition: New, unused, complete
* Packaging: Original bag with label
* Usage: Laboratory reactors, glass assemblies, vacuum lines,
This Schellenringsystem Typ PF for glass-glass connections (DN50) is a complete assembly kit for the safe, voltage-free connection of glass components in the laboratory and process environment. The unit consists of the parts shown in the images: two clamp halves made of robust plastic with integrated teeth, matching stainless steel screws including springs, nuts and washers, and original packaging.
Advantages:
- Complete set – ready for immediate use
- DN50 – suitable for glass flanges with approximately 50 mm nominal width
- Special version Type PF: suitable for Glass-Glass connections
- Durable and reliable: High-strength plastic + stainless steel V2A
- Compatible with Normag / QVF / Boro-System
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⚙️ 2. General functions
- Clamping ring system for connecting two glass flanges in the laboratory or technical facility
- Type PF: Plastic clamps specifically for Glass-Glass transitions
- form-fit locking by internal gear
- Connection is made via stainless steel screws with springs for uniform clamping force
- Application area: low-reactive, vibration-damping mounting of glass apparatus
- Content:
- 2x plastic clamp halves
- 4x stainless steel threaded connection (with nuts, springs, washers)
- Packed & labeled (Original label: CP050-P)
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? 3. CO₂ savings
❌ No direct CO₂ savings (new goods)
✅ Indirectly sustainable , because durable components for reusable glass systems → ideal for resource-saving plant operation
* Typ PF: Kunststoffschellen speziell für Glas-Glas-Übergänge
* Einsatzbereich: reaktionsarme, vibrationsdämpfende Montage von
* Anwendung: Verbindung von Glasflanschen (Glas-Glas)
* Material Schellen: Hochleistungs-Kunststoff (schwarz, verzahnt)
* Zustand: Neuware, unbenutzt, vollständig
* Verpackung: Originalbeutel mit Etikett
* Verwendung: Laborreaktoren, Glasaufbauten, Vakuumleitungen,
Dieses Schellenringsystem Typ PF für Glas-Glas-Verbindungen (DN50) ist ein vollständiger Montagesatz für die sichere, spannungsfreie Verbindung von Glasbauteilen im Labor- und Prozessumfeld. Die Anlage besteht aus den Teilen, die in den Bildern zu sehen sind: zwei Schellenhälften aus robustem Kunststoff mit integrierter Verzahnung, passende Edelstahlverschraubung inkl. Federn, Muttern und Unterlegscheiben sowie Originalverpackung.
Vorteile:
- Komplettsatz – sofort einsatzbereit
- DN50 – passend für Glasflansche mit ca. 50 mm Nennweite
- Spezialausführung Typ PF: geeignet für Glas-Glas-Verbindungen
- Langlebig und beständig: Hochfester Kunststoff + Edelstahl V2A
- Nach Normag / QVF / Boro-System kompatibel
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⚙️ 2. Allgemeine Funktionen
- Schellenringsystem zur Verbindung zweier Glasflansche im Labor- oder Technikum
- Typ PF: Kunststoffschellen speziell für Glas-Glas-Übergänge
- Formschlüssige Arretierung durch Innenverzahnung
- Verbindung erfolgt über Edelstahlschrauben mit Federn für gleichmäßige Presskraft
- Einsatzbereich: reaktionsarme, vibrationsdämpfende Montage von Glasapparaturen
- Inhalt:
- 2x Kunststoffschellenhälften
- 4x Edelstahlverschraubung (mit Muttern, Federn, Scheiben)
- Verpackt & beschriftet (Originaletikett: CP050-P)
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? 3. CO₂-Einsparung
❌ Keine direkte CO₂-Einsparung (Neuware)
✅ Indirekt nachhaltig, da langlebige Komponenten für wiederverwendbare Glassysteme → ideal für ressourcenschonenden Anlagenbetrieb