Karen's Kreations HAIR Salon

Makes alot of sense instead of insurance companies screwing people.

They set it on fire expecting it to fail. Instead, it turned harder.

For centuries, builders have searched for materials capable of withstanding extreme heat. Wood ignites. Steel loses strength. Conventional concrete can crack and spall under intense fire exposure. In recent controlled testing, however, a wall constructed from h**p and lime was subjected to flames approaching 1700 degrees Fahrenheit for approximately one hour. Instead of collapsing or producing heavy toxic smoke, the wall maintained structural integrity and gradually hardened as heat altered its internal composition. The material did not ignite. It did not melt. It did not structurally fail.

The material, commonly referred to as h**pcrete, is produced by combining the woody inner core of the h**p plant—known as h**p shiv—with lime and water. Industrial h**p grows rapidly, often reaching maturity within months, and requires relatively low agricultural inputs. The variety used for construction contains negligible tetrahydrocannabinol (THC), meaning it has no psychoactive effect. When mixed with lime, the plant fibers form a lightweight composite material suitable for wall infill applications.

Its fire resistance is linked to chemistry. Lime acts as a mineral binder that limits oxygen availability to the plant fibers, reducing combustion potential. Under high heat, the lime matrix undergoes further mineralization, slowly transitioning toward a more stone-like structure. Rather than feeding flames, the material resists them. Additionally, h**p absorbs carbon dioxide during growth, and the lime binder continues a process called carbonation over time, gradually reabsorbing atmospheric carbon. As a result, h**pcrete can function as a low-carbon or even carbon-negative material depending on sourcing and production methods.

Historically, h**p and lime mixtures were used in parts of Europe for centuries before industrial cement and synthetic insulation became dominant. The technique diminished during the twentieth century as mass-produced materials gained popularity. Today, rising wildfire intensity and climate-driven heat extremes have renewed interest in alternatives that combine fire resistance with environmental performance.

Modern evaluations show h**pcrete provides thermal insulation, v***r permeability, and resistance to mold and pests. It does not function as a primary load-bearing structure but is typically applied around wood or steel framing systems. Its performance profile positions it as a protective envelope rather than a universal replacement for conventional construction materials.

Adoption faces regulatory and perception challenges. Building codes evolve gradually, and public misunderstanding about h**p persists. However, laboratory testing and field applications increasingly demonstrate that h**p-lime composites respond differently to fire than many synthetic products.

In a period defined by hotter temperatures and expanding wildfire zones, the rediscovery of this mineralized plant-based material suggests that durability and sustainability need not be opposites.

Sometimes resilience is not invented. It is remembered.

Call me at 401-612-3604 for any hair services, I am getting rid of my land line as I don't need two phones , everyone contacts me on both numbers and messages and it's becoming too much to keep up with thank you.

Call 6123604 if you need an appt

Happy Holidays to all.

specializing in corrective colors, balayage, ombre,vivid colors.lowlites, hilites. Edgy cuts, updos, perms of any kind, braids call 737-7923.