Nevermore Boost XL is the next generation filtration medium Nevermore Scorch in a 50:50 mix with Nevermore Carbon.
Nevermore Scorch
Nevermore Scorch is an advanced air filtration media, designed for the unique demands of 3D printer chambers, especially at elevated temperatures.
Traditional carbon filters become less effective above 50°C and are significantly less efficient above 60°C. Nevermore Scorch adds the heat resistance regular carbon lacks, and when mixed into carbon increases the range of VOCs that can be caught, making a carbon/scorch mix the best filtering solution for all filament/resin types.
In summary:
Zeolite-based, highly microporous adsorption medium, enhanced with potassium permanganate (KMnO4).
Chemically transform printer VOC toxins like styrene – a major VOC in ABS and ASA filaments – into harmless potassium benzoate (food additive).
The process is not harmed by high chamber temps, but accelerated, making Nevermore Scorch ideal for heated 3D printer chambers!
Colour changes from bright purple to a dullish grey as its being spent, giving a visual indication of when its time to swap filter media!
Innovative Filtration Technology
This product is a zeolite-based, highly microporous adsorption medium, enhanced with potassium permanganate (KMnO4). This combination can not only bind VOCs permanently, but even transform toxins like styrene – a major VOC in ABS filaments – into harmless potassium benzoate (food additive). The process is not harmed by high chamber temps, but accelerated, making Nevermore Scorch ideal for heated 3D printer chambers!
Scorch colour changes from bright purple to a dullish grey as its slowly being spent, giving a perfect visual indication of when its time to swap filter media!
Nevermore Carbon
This carbon is lasting up to 2x longer than traditional carbon pellets and captures more VOCs with its improved filtration surface.
Highly micro-porous and laboratory tested premium activated carbon, from a major european manufacturer
Market-leading VOC adsorbtion fine tuned for aromatic hydrocarbons emitted during 3D printing such as styrene, benzaldehyde, toluene, benzene, etc. [CTC >=80, benzene adsorbtion capacity up to 0.48g/g]
Market-leading surface area (storage capacity) of 1250m2/g!
Vacuum packed for minimal dust generation during shipping.
Vacuum dedusted during the packaging process for immediate use in 3d printers
Optimal Carbon/Scorch Ratios for Temperature Ranges
Nevermore Scorch is steam-activated and designed to be safe for use in 3D printers, without causing damage printer metal parts. Additionally, the pellets are visually indicative of their usage: bright purple when fresh, turning grey as they react and become spent! This visual cue provides a simple and effective way to monitor the lifespan of your filtration media.
Handling and Safety
While Nevermore Scorch is not inherently harmful or toxic (its safe to touch by hand), it is advisable to handle with care. Avoid contact with eyes or airways, as KMnO4 will react with mucous membranes. The safety of our users is a priority, and while risks are low, they should not be overlooked. Plastic gloves will protect from accidental Scorch residue being on your fingers when later scratching your eyes, a face/dust mask will protect from inhaling KMnO4 dust when pouring or refilling filters, and protective glasses from accidentally getting Scorch in your eyes (it hurts!).
Environmental Considerations
The product, when saturated with VOCs, can be disposed of in regular waste systems. However, care should be taken to ensure unspent KMnO4 does not leach into nature – if Scorch is still bright purple, reactive KMnO4 can leech into ground water where it should not be! If your use of the product ends, unspent Scorch needs to be taken care of by waste management authorities based on your local waste disposal regulations.
This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.
Strictly Necessary Cookies
Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings.
If you disable this cookie, we will not be able to save your preferences. This means that every time you visit this website you will need to enable or disable cookies again.
