The short answer is yes. The longer answer is more interesting.
For decades ski wax has been made from petroleum. Paraffin, synthetic hydrocarbons, and until recently fluorocarbons, all derived from fossil fuels, all leaving residue in the snowpack that ends up in rivers and watersheds as snow melts. The assumption was that performance required these materials. That assumption is no longer supported by the science.
The performance case
Independent research comparing bio-based and petroleum-based ski waxes on snow has found no statistically significant difference in glide performance across a range of temperature conditions. Testing was conducted using the same pairwise comparison method that elite ski technicians use to select race wax before competition. The result was consistent: bio-based waxes glided at the same level as their petroleum counterparts.
The reason comes down to surface chemistry. What makes a ski wax perform is its hydrophobicity, its ability to repel the thin film of meltwater that forms between the ski base and the snow surface. A more hydrophobic surface means less capillary drag, less suction, and faster glide. Plant-derived waxes achieve this through their natural molecular structure. Long non-polar carbon chains, the same fundamental chemistry that makes plant waxes water-resistant in nature, translate directly into glide performance on snow.
Why plant-based wax behaves differently
Plant-based waxes have a more complex molecular structure than petroleum paraffin. Where paraffin is essentially a pure alkane chain, plant-derived waxes contain ester and other functional groups alongside their hydrocarbon backbone. This complexity is what gives plant waxes different physical properties, including how they respond to temperature, how they bond to a ski base, and how they behave under friction.
This also means plant-based waxes are not simply a like-for-like replacement for petroleum wax. They are a genuinely different material that performs the same job through slightly different chemistry. Getting the formulation right, the right blend of hardness, hydrophobicity, and workability across temperature ranges, is where the real science happens.
The environmental case is not just marketing
When FIS banned fluorinated ski wax in the 2023/2024 season, much of the ski industry celebrated and declared itself sustainable. The problem is that removing fluorocarbons and replacing them with petroleum-based paraffin is not sustainability. It is damage limitation.
Conventional ski wax is a byproduct of crude oil refining. It gets abraded off during skiing, enters the snowpack, and washes into rivers and groundwater when the snow melts. The full ingredient lists of most commercial waxes are not publicly disclosed, so exactly what enters the watershed with every ski day is largely unknown.
The fluorocarbon chapter was worse. PFAS compounds do not break down in nature. Multiple types of PFAS have been found in soils at family skiing areas in the Austrian Alps at concentrations orders of magnitude higher than in non-skiing areas. These chemicals have been linked to thyroid disruption, increased cancer risk, and decreased infant birth weight. Normal water treatment processes do not remove them from drinking water. Hot waxing fluorinated wax creates particles small enough to inhale directly into the lungs. Studies found elevated PFAS in the blood of ski wax technicians after only a few hours of exposure, with links to decreased pulmonary function.
Removing fluorocarbons was necessary. But replacing one petroleum product with a slightly less toxic petroleum product and calling it progress does not address the underlying problem. Petroleum paraffin degrades slowly and can persist for many months, potentially approaching a year or longer in cold alpine environments where microbial activity is limited and breakdown is significantly slower than in controlled composting conditions.
Plant-based wax breaks this chain at the source. Derived from renewable crops, not fossil fuels. Chemistry that is known and transparent. Degrades faster through normal biological processes. No toxic fumes during application. When it wears off into the snowpack it breaks down into compounds that already exist in nature.
Calling the removal of fluorocarbons a sustainability achievement was a low bar. The mountains deserve better than that.
The bottom line
Plant-based ski wax works. The science says so. It is hydrophobic, it glides, it degrades faster, and it contains nothing harmful to you or the watershed. The performance gap that once existed between bio-based and petroleum waxes has been closed at the formulation level. The next chapter is optimisation, pushing hydrophobicity higher, extending durability, and testing across the full range of conditions skiers actually encounter.
Arkvy takes this further. Where most wax formulations rely on multiple additives to achieve performance, we work in the opposite direction. Fewer ingredients. Only what is necessary. The result is a cleaner material with a shorter, more transparent ingredient list than most waxes on the market, bio-based or otherwise.
Arkvy waxes are available in three formulations. Cold, Universal, and Warm, each built for a specific temperature range and nothing else.
