How to Make Your Hair Stronger According to Science
Strong hair isn’t just about genetics or expensive products. At its core, healthy hair is the result of good biology, consistent care, and protecting the hair fiber from damage over...
experience stronger, healthier, and smoother hair in just 5 minutes.
Dramatically improve hair’s tensile strength, help repair broken bonds, and visibly restore hair’s healthy appearance and texture with this intensive treatment mask. Utilizing adaptive chemistry, TS.02 / Tt is formulated with patented molecules to help treat weakened hair due to color, chemical services, heat treatment, mechanical damage, or environmental aggression. TS.02 / Tt has been tried & tested with world class professional hair stylists to guarantee quality and efficacy.
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Dramatically improve hair’s tensile strength, help repair broken bonds, and visibly restore hair’s healthy appearance and texture with this intensive treatment mask. Utilizing adaptive chemistry, TS.02 / Tt is formulated with patented molecules to help treat weakened hair due to color, lightening and highlighting, chemical services, heat treatment, mechanical damage, or environmental aggression. TS.02 / Tt has been tried & tested with world class professional hair stylists to guarantee quality and efficacy.
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Discover Why Salon & Medical Professionals Choose FILAMENT TS.02/Tt to Help Build Hair's Tensile Strength
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formulated with
[ leading technology ]
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TENSILYX™ is a unique and proprietary compound developed by FILAMENT to help improve hair’s tensile strength and prevent long-term damage.
Comprised of patented long chain molecules + essential fatty acids and polyphenols, TENSILYX™ helps to create a fortifying bridge between broken bonds and ionic structures in the hair due to coloring & bleaching services, use of hair extensions, blowouts, and daily environmental damage.
The dangers of heat on the hair have lasting consequences for the future of tensile strength
Using curling and flat irons excessively can rupture the hydrogen bonds that maintain the hair's structure, as well as strip much-needed oils, moisture, and nutrients that the hair needs to maintain its structure and rigidity. If used too often, the hair shaft can split permanently and not be able to style properly in the future. It is also possible to overuse heat tools such that curl patterns change drastically.
The dangers of heat on the hair have lasting consequences for the future of tensile strength
Using curling and flat irons excessively can rupture the hydrogen bonds that maintain the hair's structure, as well as strip much-needed oils, moisture, and nutrients that the hair needs to maintain its structure and rigidity. If used too often, the hair shaft can split permanently and not be able to style properly in the future. It is also possible to overuse heat tools such that curl patterns change drastically.
Any physical action that is constantly pulling on hair creates long term damage and weakness
Mechanical damage is one of the most detrimental contributors to low tensile strength in hair. Mechanical damage is caused by anything that excessively pulls or tugs on the hair shaft or bulb over long periods of time. This includes heavy brushing, brushing hair while wet, pulling hair during blowdrying, leaving hair in a ponytail over long periods of time, and continual traction aggression from having hair extensions installed. These all contribute to constant physical stress on the hair, causing breakage and weakness in the cortex which can rupture the helix that reinforces hair and gives it strength and shape.
The hair's cuticle can lose its protective strength when exposed to harmful UV rays
It's no surprise that the sun and its UV rays are harmful on hair such as they are on the dermal matrix and skin barrier. Once the exterior cuticle becomes damaged and moisture is lost, hair becomes weak and compromised without the ability to regain moisture. Shielding hair from excessive sun and pollution can help balance free radicals in the hair biome that are needed to maintain high tensile strength and protection against other environmental aggressors. Hard water that contains heavy metals and calcium deposits also changes the way hair behaves and can lead to performance issues and low tensile strength with excessive build-up.
The steady and long term effects of our body's natural aging process take a toll on hair's ability to fight against damage
Although there is truly no such possibility as "anti-aging" in hair, throughout the course of the natural aging process, hair loses its keratin structure and melanin. As hair becomes more fragile over time, it is subject to the effects of chemical services and mechanical damage that will force breakage and splitting more frequently. This process is irreversible but can be helped with preventative measures by using the correct products that reinforce hair's health helix.
The Hair Science Lab
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Cysteine & Hair Strength: How one amino acid shapes tensile strength
Cysteine And Hair Strength How one amino acid shapes tensile strength and breakage Cysteine is a small sulfur containing amino acid that quietly controls how strong or fragile your hair...
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Hair Tensile Strength Explained
How Damage from Hair Color, Bleach, Heat Tools and Blowouts Can Lead to Breakage Hair strength is not a pseudo-science. It is measurable. Each strand behaves like a tiny fiber...
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Understanding Hair Bonds: The Key to Strong, Healthy Hair
When it comes to hair care, we often focus on visible things—color, length, style. But what really determines your hair’s strength and resilience happens on a much deeper level. At...
