Additivo conduttivo a base di tensioattivo per i rivestimenti epossidici e in PU esenti da solventi, senza difetti nel colore e nelle proprietà meccaniche. È anche consigliato per i compositi epossidici.
Richiesta
Richiesta
Sistema materiale
Resine epossidiche senza solvente e resine poliuretaniche
Dosaggio di esercizio
0,1–1% in peso
Supporti
Surfattante – alcool etossilato
Formato
Pasta
Vantaggi
Conducibilitá elettrica
Assicura la conducibilitá elettrica in modo uniforme e permanente senza "hot spots"
Caratteristiche permanenti
Proprietà antistatiche indipendenti dall'umidità
Proprietà meccaniche
Mantiene o (addirittura) migliora le proprietà meccaniche
Flessibilitá nella colororazione
La colorazione della resina epossidica è possibile grazie al basso dosaggio richiesto del concentrato e al suo minimo effetto grigio
Conserva la viscosità
Incide in misura minima sulla densità, sulla viscosità e sulle altre proprietà reologiche della matrice
Facile da usare
La formula predispersa consente l'utilizzo delle attrezzature di produzione standard
Esempi di applicazioni
Cartucce di stampa
сliccare per vedere i casi
Pavimentazione epossidica
сliccare per vedere i casi
Rivestimenti epossidici conduttivi
сliccare per vedere i casi
Video
TUBALL™ MATRIX – Guida all'applicazione (en)
Anti-static and conductive hand layup composites: how to produce using graphene nanotubes
Notizie
October 18
Permanent or non-permanent, internal or external, the additive industry offers a range of anti-static and conductive agents tailored to diverse needs. Join us as we delve into the attributes, possibilities, and constraints of these additives. Could graphene nanotubes be the ultimate choice? Let’s find out here: https://tuball.com/articles/anti-static-and-conductive-agents?utm_source=Facebook&utm_campaign=article_anti-static+agents&utm_term=Oct+18 💡
Learn more on TUBALL nanotubes here: https://tuball.com/about-tuball?utm_source=Facebook&utm_campaign=article_anti-static+agents&utm_term=Oct+18
#antistaticagent #conductivity #antistatic #additives #nanotubes
October 17
Protecting lives and equipment in high-risk industries just got a major upgrade! Graphene nanotubes are revolutionizing personal protective equipment, making it safer, more reliable, and compliant with industry standards. Nanotubes create an uninterrupted conductive network inside gloves, clothing, and boots, leading to decreased static-related device failure and personal hazards. Now you can ensure worker safety and minimize financial losses.
Choose a nanotube-based solution for your product here: https://tuball.com/additives?utm_source=Facebook&utm_campaign=VV_PPE+short+video&utm_term=Oct+17
#PPE #ESD #video
September 6
[🤔#DidYouKnow?] The minimum required oxygen generation time for self-contained self-rescuers (SCSRs) is 60 minutes. They are crucial for emergency escapes in oxygen-deficient environments. Beyond this, safety demands more. To ensure protection in hazardous areas, SCSR cases must be anti-static, preventing the electrostatic charge accumulation that can lead to sparks and potential explosions. By integrating graphene nanotubes into #polypropylene cases, unwanted electrostatic charge buildup is prevented, enhancing safety when dealing with explosives or hazardous environments.
Learn more about nanotube-modified thermoplastics: https://tuball.com/nanotubes-in/thermoplastics?utm_source=Facebook&utm_medium=Post+campaign&utm_campaign=Interesting+fact+Sept+06
#plastics #composites #ESD