LocksBond Academy™
Knowledge Is the First Treatment
A growing curriculum translating hair biology, damage science, and repair chemistry into knowledge you can use — because the gap between lab and routine should not exist.
Hair — by the numbers
of hair is keratin protein
hairs shed naturally per day
elasticity before breaking
heat damage threshold
calcium removed by citric acid
max fatigue resistance gain
The Repair Sequence
Three steps. Complete repair.
Bond Repair Shampoo
Hard-water calcium and mineral deposits coat the shaft and block actives from reaching the cortex. Chelating agents strip these deposits — reducing hair calcium by up to 42% (Zhang et al., 2025). Citric acid rebalances pH, closing the cuticle for what comes next.
Citric Acid · Arginine
Structural Repair Mask
Fiberhance diffuses into the cortex and forms new cross-links between damaged keratin fibres. Soy protein fills micro-gaps; panthenol bonds with cortex proteins. In 5 minutes: fatigue resistance up to +124%, elastic modulus up to +23.5%.
Fiberhance · Soy Protein · Panthenol · Arginine
Bond Sealing Leave-In
Mirasil seals the cuticle and protects to 232°C. Silk protein smooths and reflects light, shea butter replenishes the lipid barrier, and Hydroxy Shield extends repair durability between wash cycles.
Mirasil · Silk Protein · Shea Butter · Hydroxy Shield
Four ways a strand gives up.
Hair rarely fails for one reason. It fails because four different forms of damage stack quietly until elasticity is gone and the cuticle no longer closes.
Chemical
Bleach, oxidative dye, and relaxers cleave disulfide bonds and leach lipids.
Thermal
Blow-drying and styling above 150°C denatures keratin and bubbles the cortex.
Environmental
Hard-water calcium, chlorine, and UV oxidation accumulate inside the strand.
Mechanical
Brushing wet hair, tight ties, and friction lift cuticle scales until they snap.
The Formula
Nine actives. Each with a job.
Bond Multiplier
Fiberhance
Penetrates the cortex to build new hydrogen and ionic bonds. Up to 3× tensile strength improvement.
Amino Acid
Arginine
Replenishes keratin's key building block. Supports cortex repair and scalp circulation.
pH · Chelator · Reinforcer
Citric Acid
Seals cuticle, removes 21–42% of calcium deposits, increases cortex crosslink density by up to 15%.
Structural Fill
Soy Protein
Hydrolysed fragments penetrate the cortex, filling gaps and restoring density in damaged strands.
Surface & Shine
Silk Protein
18 amino acids shared with human hair. Forms a biomimetic film that smooths, seals, and adds luminosity.
Moisture & Elasticity
Panthenol
Pro-vitamin B5. Penetrates the cortex, forms hydrogen bonds with proteins, improves tensile strength.
Lipid Barrier
Shea Butter
Rich in stearic and oleic acids. Replenishes the natural lipid layer stripped by chemical processing.
Heat Shield · Seal
Mirasil
Dimethicone polymer. Provides heat protection to 232°C. Seals in bond-building actives.
Proprietary Barrier
Hydroxyshield
VårdenLab technology. Extends repair durability by limiting re-entry of damaging compounds.
Clinical Evidence
Peer-reviewed science. Visible results.
Studies reported increased crosslinking density of keratin-associated proteins in the cortex. Tensile elastic modulus increased 7.5–23.5%. Fatigue resistance (cycles to break) improved 56–124%. Hair calcium content reduced 21–42%, confirmed by X-ray diffraction.