FILAMENT | Hair Strengthening Treatment for Stronger, Healthier Hair
welcome to the [ future ] of hair health
welcome to the [ future ] of hair health
dramatically increase your hair’s
[ tensile strength ]
experience stronger, healthier, and smoother hair in just 5 minutes.
Repair broken bonds, and restore texture with this intensive treatment mask.
Utilizing adaptive chemistry, TS.02 / Tt is formulated with patented molecules to treat weakened hair.
Color, 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.
4.6/5
429
Customer Reviews
Loox
I am African American with natural (I dont use chemical straighteners), very fine 4b/c hair...
Chrystel D.
I have fine thick hair that was damaged and after getting it grey blended. I had tried K18,...
Leigh M.
Hair looks so shiny after one application. Can't wait to continue using. Very impress with...
Ivy M.
Loved this so much!! Made my hair so silky and shiny and I didn’t get the little baby hairs...
Nathalie C.
Please continue what your company is doing. I now cannot live without this! I had hair that was...
Christy W.
Incredible product, has completely transformed my hair. My curls are no longer brittle and dry -...
Ryan B.
My hair was horrible! No body no nothing… have used it once and cannot believe the difference...
June B.
This is ABSOLUTELY worth trying! My hair is half bleached and half colored and even just leaving...
Christy W.
Great product I used it in combination with Olaplex and I love it
Lillian V.
How to fix damaged split ends and color treated hair damage with FILAMENT #hairtutorial #hair - YouTube
Tap to unmute
This is the hair health holy grail
How to fix damaged split ends and color treated hair damage with FILAMENT #hairtutorial #hair FILAMENT
FILAMENT35 subscribers
Watch hair stylist Matthew Wang transform damaged hair to strong healthy hair in just 10 minutes 😱 - YouTube
Tap to unmute
hurting vibe and it hurts
Watch hair stylist Matthew Wang transform damaged hair to strong healthy hair in just 10 minutes 😱 FILAMENT
FILAMENT35 subscribers
Strengthening hair after a blonde highlight service with FILAMENT #haircare #hair #hairtreatment - YouTube
Tap to unmute
Here we go.
Strengthening hair after a blonde highlight service with FILAMENT #haircare #hair #hairtreatment FILAMENT
FILAMENT35 subscribers
Testing out FILAMENT’s strengthening and bond repair treatment #hairtransformation #hairtutorial - YouTube
Tap to unmute
Testing out FILAMENT’s strengthening and bond repair treatment #hairtransformation #hairtutorial FILAMENT
FILAMENT35 subscribers
Discover Why Salon & Medical Professionals Choose FILAMENT TS.02/Tt
Free Shipping Over $50
formulated with
[ leading technology ]
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.
Causes of Low Tensile Strength
Discover the Strength Behind our Proprietary Compund TENSILYX™
CHEMICAL DAMAGE
Chemical services such as hair color, lightening/bleaching, and keratin treatments cause permanent damage in the hair's helix structure.
Disulfide and hydrogen bonds that give hair its structure and elasticity are broken or permanently damaged during chemical services and need repair. FILAMENT's proprietary ingredient compound TENSILYX™ inserts molecules that help bridge these broken bonds without the use of keratin or protein.
HEAT DAMAGE
Heat tools such as curling and flat irons severely damage the hair fiber and break hydrogen bonds in the hair's helix.
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. FILAMENT's proprietary compound TENSILYX™ uses patented ingredients and chemical structures to create a moisture layer in the hair that can help defend against heat tool damage.
MECHANICAL DAMAGE
Blowouts, ponytails, brushing, and hair extensions cause split ends and breakage.
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. The ingredients in FILAMENT's proprietary TENSILYX™ compound help reduce the physical stress on the hair and help rebuild broken hydrogen bonds from mechanical damage.
ENVIRONMENTAL STRESS
UV damage from sun, external pollution, hard water, and blue light can compromise hair strength causing the hair's cuticle to lose its protective layer.
Sun and UV rays are harmful on hair in similar ways they are for 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. FILAMENT's advanced TENSILYX™ compound helps to restore the lipid barrier of the hair shaft and rearrange the hair cuticle to promote a healthy hair barrier.
AGING PROCESS
Similar to skin, hair experiences the loss of keratin and melanin structure throughout the natural course of aging.
Throughout the course of the body's natural aging process, hair loses its keratin structure and melanin. As hair becomes more fragile over time, it is greater subjected to chemical and mechancial damage, forcing breakage and splitting hair more frequently. While aging in hair is irreversible, the ingredients in FILAMENT's TENSILYX™ compound help with preventative measures that reinforce hair's health helix and promote cysteine development from within.
The Hair Science Lab
\ \ 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...\ \ Read more](/content/blogs/science-of-hair/how-to-make-your-hair-stronger-according-to-science/index.html)
\ \ 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...\ \ Read more](/content/blogs/science-of-hair/cysteine-hair-strength-how-one-amino-acid-shapes-tensile-strength/index.html)
\ \ 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...\ \ Read more](/content/blogs/science-of-hair/hair-tensile-strength-explained/index.html)
\ \ 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...\ \ Read more](/content/blogs/science-of-hair/understanding-hair-bonds-the-key-to-strong-healthy-hair/index.html)
- Choosing a selection results in a full page refresh.
Press space for more information.
We use cookies to enhance your experience, analyze traffic, and personalize content. Some cookies are essential, while others help us understand how you interact with our site. You can manage your preferences at any time. Privacy Policy
PreferencesAccept
filamentsciences.com
filamentsciences.com is blocked
This page has been blocked by an extension
- Try disabling your extensions.
ERR_BLOCKED_BY_CLIENT
Reload
This page has been blocked by an extension
shop.app
shop.app is blocked
This page has been blocked by an extension
- Try disabling your extensions.
ERR_BLOCKED_BY_CLIENT
Reload
This page has been blocked by an extension