- Made In France
- 👨🔧 Premium After-sale service
- 🚚 Free delivery from €39.90
- 📦 Return under 14 days
- ✉️ Customer service
PLA VX Virucide Nanovia (ISO 21702) - 1.75mm - 500 g
Ref. naplavx1050gn
The Nanovia PLA VX filament (patent pending) contains a virucidal active charge certified to ISO 21702 to combat and limit the spread of pathogens on surfaces.
€44.00 excl. VAT
VAT at 0%, which is €44.00 TTC including tax.
Ordered before 1:00 PM, delivered to your doorstep tomorrow!
Delivery within 48/72 hours
Order before 1pm. Same day shipping
Free delivery
Free delivery near you from €69.90
Premium support
Our teams are on hand to answer all your questions
Over 2000 products
A wide choice of products from the biggest brands
Use of the filament PLA VX Nanovia
The PLA VX developed by the manufacturer Nanovia is a 3D filament based on PLA incorporating a virucidal active charge. Certified ISO 21702 for its antiviral activity, this filament combines the properties of a traditional PLA with the ability to combat viruses on surfaces and limit the spread of pathogens.
The PLA VX filament is a patented material with a specific composition incorporating copper and silver particles to create this virucidal effect. Suitable for personal and professional use.
PLA VX Nanovia key strengths
99.9% elimination in 4 hours: The action of this filament with virucidal properties is effective immediately. It eliminates 98.7% of biological contaminants in 2 hours, then 99.9% in 4 hours.
Easy to use: This PLA base filament retains the ease of use typical of this type of material. Compatible with all filament 3D printers, this PLA VX version is suitable for all users.
Various applications: With a powerful action that is safe for contact with the skin, Nanovia PLA VX is suitable for making everyday objects with regular contact.
Our recommendations for use with PLA VX
The PLA VX filament is compatible with bowden and direct drive 3D printers and is available in diameters of 1.75mm and 2.85mm.
We recommend using the printing parameters of a traditional PLA (between 190° and 210° extrusion temperature). Be careful not to use a nozzle with too small a diameter to limit the risk of clogging.
To preserve the virucidal effect of the material, it should not be covered, leaving the native material on the surface.
- 🎯 We collaborate with businesses.
- 📦 Stock in Europe
- 🚚 Ships within 24 hours
- 🔐 Secure payments
- 🔙 14 days to change your mind
- 📱 Need advices ? Contact technical support
Specifications for PLA VX Virucide Nanovia (ISO 21702) - 1.75mm - 500 g
Technologie / Produit
- Technology
- FDM
- Material
- PLA
- Visual aspect
- Opaque
- Standards
- ISO 21702:2019
- Bio-sourced
- Yes
- Made in France
- Yes
- Diameter
- 1.75 mm
- Sensitivity to humidity
- Low
- Application
- Aesthetics, Prototyping, Production, Medical
- Odour
- No
- Harmful
- No
- Level of difficulty
- Novice
- Brand
- Nanovia
- Type of product
- 3D Filament
- Net weight
- 500 g
Valeurs techniques
- Charpy
- 1.8 kJ/m² of energy
- Tensile modulus
- 2315 Mpa
- Tensile strength
- 50 MPa
- Maximum elongation at break
- 3.5 %
- Density
- 1.24 g/cm3
Extrusion
- Nozzle type
- Stainless steel
- Type of consumable
- Non-proprietary filament (open system)
- Min. plateau temperature
- 50 °C
- Max. tray temperature
- 60 °C
- Min. extrusion temperature
- 190 °C
- Max. extrusion temperature
- 210 °C
- Min. speed
- 20 mm/s
- Max. speed
- 60 mm/s
- Minimum nozzle diameter
- 0.4 mm
- Bowden compatibility
- Yes
- Warping sensitivity
- Low
- AMS compatible
- No
Équipements spécifiques
- Closed printing enclosure
- No
- Filtration
- Without
Installation / Prérequis
- Type
- Filament on spool
- Box supplied
- Yes
- Coil material
- Plastic
- Also find this product PLA VX Virucide Nanovia (ISO 21702) - 1.75mm - 500 g in these categories:
- 3D Filament
- PLA
- Medical / Antibacterial
- Made in France
- 1.75 mm
- Nanovia
Customer reviews about PLA VX Virucide Nanovia (ISO 21702) - 1.75mm - 500 g
Customer questions about PLA VX Virucide Nanovia (ISO 21702) - 1.75mm - 500 g
No questions have been asked about this product yet.
You might also like
