What is the difference between soy waxes

Planting and caring for the soybean crops. Pesticides protect against bugs, whereas herbicides help protect against weeds. Most farms also use genetically modified soybeans GMO to increase the quality of oils and improve overall yield. Harvesting and transporting the crops.

These methods may or may not use sustainable energy sources, and some crops ship across the sea for processing. Chemical processes extract oil from the bean. Scientists process the beans using hexane instead of squeezing the bean… that would take forever to extract oil. Chemistry creates the solid wax using hydrogenation. Components like melt point, shelf life, color, and anything else that makes up the blend.

And then whatever amount of required transportation to suppliers or candle makers. These factors cause frequent variances in wax, even wax of the same type. General Characteristics. Soy wax is typically softer than paraffin despite being more dense. One of the strengths of soy wax is the cold throw it gives off. Anecdotally, curing increases scent throw and mitigates cosmetic issues like frosting.

Selecting A Wax. Remember how soy wax forms crystals over time and in response to temperature variations? Container or Votive Candles. Other Applications. Despite the cultural love for it, soy wax does have drawbacks for use in other applications. Soy Wax Types on the Market. The Wooden Wick Co. Crude oil is actually a combination of hydrocarbons formed as a result of the decomposition of plants and animals that lived many years ago.

Once extracted, the oil is sent to refineries and turned into finished products like lubricating oil. Paraffin wax is a byproduct from the lubricating oil refining process. Thus, paraffin is one of the most popular material for candle wax. Candlemakers use paraffin to make different types of candles, including containers, pillars, tealights, tapers, votives, and tarts. However, paraffin candles can produce soot. Soot refers to solid particles released by the incomplete combustion of carbon-containing fuels, mainly petroleum-based fuels.

We call this petro-carbon soot. Beeswax, on the other hand, is a natural byproduct from the beekeeping industry. When beekeepers are ready to collect honey, they remove the wax caps of the honeycomb cells and sell the wax to us.

GMOs and Pesticides : Most soybeans are grown from genetically modified seeds. These seeds have been altered to become resistant to an herbicide, glyphosate, enabling farmers to heavily use herbicides to kill weeds without killing their soy plants. In addition to herbicides, pesticides and fertilizers are commonly used in commercial soybean farming practices. These chemicals pollute the environment, and traces of them may be found in soy wax.

With beeswax, there is a less direct risk of exposure to pesticides. If the bees are pollinating in fields that have been chemically treated, trace amounts can end up in the beeswax. Chemical Processing : Soy candles go through several chemical treatments before they are ready for sale. Here are seven reasons we prefer soy wax candles vs.

Soy wax emits less soot. Soy wax releases less toxins. Soy wax burns for longer. Soy wax has a lower melting point. Soy wax has a stronger fragrance. Soy wax supports American farmers.