Ultimate Wood Finishes
Based on Pure Science
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SAFETY
It is widely assumed that product safety is actually about ensuring that all ingredients meet the required standards, whether they are used in cosmetics, food, or pharmaceuticals.
However, this is only a partial perspective.
The truth is that even with high-quality ingredients, if inappropriate manufacturing procedures are employed without considering the specific chemical properties of different substances, the result could be a harmful product, despite meeting basic safety standards.
In both of these elementary aspects of ingredient quality and manufacturing procedures, we adhere to top-tier levels.
The bottom line is that if young toddlers strive to collect every last bit of their hot pancake and maple syrup from wooden plates or bowls finished using one of our products—let them do it!
IT IS SAFE!
Young Toddler playing with "his own kitchen", wood surfaces finished with Ledicode.
About
"Innovative cutting-edge technology"
When you blend together years of lab research, including a lot of analytic chemistry with introduction to almost every possible wood finish on earth spiced with passion and dedication - the result is IncrediWood
Quite soon it became obvious that every single finish comes with its own specific challenges, such as:
durability, toxicity, residual odor, duration of polymerization,
ease of use, price and others.
The question was: can we come up with a brand new finish that will be extremely durable, non-toxic, easy to apply, not pricy that will actually cancel all mentioned challenges?
We went back to the academy.
Decent period of time of R&D.
We did it.
We are honored to present you with the very best finishes on this planet.
Hey there,
My name is Assaf Y. Cohen, and I hold a PhD in biology. I earned my BSc and MSc degrees from the Hebrew University of Jerusalem and my PhD degree from Bar-Ilan University.
By the time I got to delve into wood finishes I thought my years of pure academic research were behind me.
Over time, however, I started to sense that the world of wood finishing was not reaching its full potential. Each wood finish seemed to come with its own set of challenges, such as:
"It's a very durable product, but highly toxic."
"It provides a wonderful look, yet it requires 30 days to polymerize."
"This finish is of high quality but has a very strong residual odor."
"High sheen but low durability."
And so on…
It felt as though we were lacking the ultimate wood finish
It was then that I decided to return to university’s lab.
Armed with significant experience and knowledge in organic and analytical chemistry, I embarked on a new research chapter in my life.
This chapter yielded one of the most exciting discoveries I have ever made in my life- a novel substance.
This remarkable substance, which is 100% natural, possesses unique properties, including:
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Short polymerization period.
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Formation of an ultra-durable polymer.
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Non-toxic and food safe.
Not long after this discovery, and after extensive testing of several formulations, this novel substance was incorporated along with other oils and waxes to make-up two new wood finishing products:
Our Hard Wax Oil, named “Ledicode”.
Our Hard Wax, named “Deylina”.
Both the Ledicode and the Deylina were used and tested by probably hundreds of wood workers around the globe, but not only by woodworkers, as both products can be applied on various materials, such as: metals, concrete, clay, plastics, epoxies, and serve as excellent finishes.
After evaluating various aspects of wood-finishing products, such as:
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Durability
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Ease of use
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Enhancing the wood's beauty and appearance
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Safety for humans and environment
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Price vs. coverage
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Suitability for a wide range of tasks, e.g. furniture, food utensils, outdoor items and surfaces, acoustic music instruments
we can confidently say that both Ledicode and Deylina can be regarded as among the top-tier products in their categories.
Lastly (for now):
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Ledicode can be easily tinted using our powder pigments, providing quality coloration of wood.
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Ledicode’s polymerization can be substantially accelerated using proper exposure to UV light.
