Weather-related and flood damage losses are well over $50 billion annually.
Damages Homes
It can warp floors and worse -- ruin electrical systems, corrode plumbing, destroy ceilings and walls, cause mold growth, and weaken structural integrity.
Much Worse For Recycling
Wet cardboard creates many problems. It’s harder to sort and wets other recyclables, making for messy pickup and handling. Even when dry, the cardboard fibers become brittle and crumbly, making it much less valuable.
Fire - Another Public Adversary
It can take just 30 seconds for a small flame to turn into a major blaze. There’s a yearly average of 358,300 home-based fires, causing an estimated at $15.9 billion in property damage.
WATER >>> PUBLIC ENEMY #1
Water Destroys
Paper loses strength when wet. Books suffer damage due to swelling. Mold begins to grow when objects left damp for 72 hours.
Other Challenges to Address
Biodegradability
We require products that naturally break down and are not toxic to our environment.
Repulpability
Materials should break down after repeat use. For example, converting paper back to pulp to be used again.
Resistance to Insects
Over time, we must ensure effectiveness and control over pest populations such as termites.
Strength-to-weight ratio
We need materials that are as light as paper yet as strong as steel.
Thermal Insulation
Cups that can easily keep hot items hot and cold items cold with no condensation or “sweating.”
POLYMER FIBERS ARE NO LONGER THE BEST ANSWER
Using chemicals and plastics when manufacturing paper or construction materials has limitations – the chemicals involved to treat products are toxic. And these products are not sustainable or recyclable. And natural fibers, though more desirable from a sustainability aspect, don’t hold up well.
It's time for products that meet the 4 R's: Reusable, Recyclable, Reducible, and Remarkable
Reducible
Recyclable
Reusable
Remarkable
It’s Time for Remarkable
We need a broader class of materials that simultaneously solves a many challenges, including water/insect resistance and repellence, fire suppression, unprecedented power-to-weight ratio, repulpability, biodegradability, and viable thermal insulation.
We're Starting with 4R Products in These Industries
In Pulp/Paper Manufacturing
Create cost-effective paper products made with:
- Natural fibers that is water and mildew resistant.
- With chemicals that are safe for humans and the environment.
- No harmful chemical by-products.
Create treated paper products that:
- Are completely recyclable.
- Remain breathable.
- Work with your existing process with little or no modifications.
- Can include fire protection.
Construction Materials
Create cost-effective building products made with:
- Natural fibers and can be made fire/water/mildew resistant.
- Chemicals that are safe for humans and the environment.
- No harmful chemical by-products.
Create products that:
- Are 25% lighter than current materials yet remain strong and durable.
- Are completely recyclable.
- Remain breathable.
- Work with your existing manufacturing processes with little or no modifications.
About Us
Our Mission:
BEST is implementing innovative chemistry to makes products manufactured from organic fibers more sustainable, more reusable, and more recyclable. This proprietary chemistry can make a wide range of products—from paper production to construction materials—water- and swell-resistant.
Our Vision:
Wherever organic fibers are used in manufacturing, BEST wants to integrate its innovative chemistry to make products better—for the environment and for the world.
Our Purpose:
A Better, Sustainable Future Through Chemistry + Organic Fibers
People Behind Us
Meet our Expert Team
Richard S. Lacour
Co-founder & Chairman of the Board
Mark A. Parrish
Managing Director and Chief Executive Officer
Robert Morton
Chief Science Officer
Fred Lowder
Chief Commercial Officer
Russell Moffett
Sales Manager
Our Value
Artificial Intelligence is The New Big Thing in Technology
Eros vitae hendrerit facilisis sodales ligula. Tellus sed pellentesque porttitor fames enim scelerisque. Velit eget malesuada si justo pulvinar id sed inceptos pretium facilisi vulputate.