As announced in early May, Hair & Compounds launched an intensive research project with a specialized engineering team to advance our hair extensions and application process. This type of testing and analysis supports the science and innovation behind everything we do to bring you and your clients a better hair extension. We are excited to share with you the initial results of our venture.
Following many days of project briefings and product orientations, it was clear that our objective of reinventing a reusable, swift attaching, safe removing and quick assembling extension system was a challenging one. And one that would require hundreds of dedicated hours from our team of engineers.
After the R&D phase, the team immediately began the ideation process and from there began using sophisticated equipment, innovative materials and evolving techniques to ensure the best outcome. They also looked at the industry as a whole, identifying the most common obstacles faced by all manufacturers.
Out of the many ideas that came out of this phase, the team focused on designing four prototypes to advance the current attachment methods. Additionally, four improved tips were tested (and passed!) against extreme functionality and environmental conditions that would have been experienced on a much smaller scale in real life.
To see if each prototype could withstand the application and removal process, functional heat, solvent and pressure tests were intensified to gauge the lifespan of the new tips.
Heat Test
To test for heat, the tips were first held in a hot iron at 180˚C for ten seconds. If the tip passed, it was allowed to cool and then clamped in an ultrasonic hot iron ten times at 50,000 Hz for 1.8 seconds each. Passing these two tests indicated that an extension tip would survive application of glue.
Solvent Test
For the solvent tests, the beads of the tip material were submerged for thirty minutes in each of three solvents: acetone, isopropanol, and proprietary Poly-Remover. Passing this test indicated that the tips could survive the fusion removal process. Passing both the solvent and heat tests indicated that a tip material could be used for the fusion method.
Pressure Test
Pressure tests consisted of crushing by pliers and rotating 90˚ sixteen times. Passing this test indicated that the tip could survive being repeatedly crushed inside a copper tube, and that the tip material was appropriate for the fastener method. All those that passed were considered to be the most probable models for a new extension system.
All four tips passed functionality testing and were further subjected to a series of environmental tests designed to exceed the conditions that a hair extension might be up against during everyday wear.
These environmental tests included extended immersion in chlorinated water, salt water, hot and cold water, exposure to sudden changes in temperature, and immersion in hair care products such as shampoos, oils, straighteners, bleaches, hair dyes and acid perms. All four tip materials passed each environmental test, indicating that there are several workable options for the tip material.
Several solutions were proposed and multiple options were scrapped but our research team succeeded in attacking the issue head on (no pun intended!). We were extremely impressed with their focus and dedication to this project.
The final step involves production and further testing of the new attachment method. We anticipate launching our new extension by the middle of 2010.



We take our business very seriously and delivering the highest quality products is what motivates us every day.
We will be conducting rigorous testing of the new adhesive in the coming months and need volunteer stylists to take part in the study.
