Trilogy Adhesive Pack
A trilogy of our semi-permanent adhesives will guarantee you are prepared for any client!
- Our Blockbuster Ultra Platinum Adhesive is our most advanced eyelash adhesive. Ultra-Fast and Ultra-Strong with a setting time of 2-3 seconds, it forms a durable and resistant bond providing the maximum life of each eyelash extension.
- Our Epic Medium Viscosity Adhesive offers a great combination of bonding strength and speed of use. With a drying time of 4-6 seconds, you have the perfect amount of time to adjust the lash before the adhesive bonds.
- Motion Sensitive Low Odour Adhesive is the perfect setting for clients with senstive eyes. Formulated with a lower content of bonding agent to reduce the vapours, our Motion Sensitive variety is ideal for temporary application as wear time is 7-10 days.
Black pigment adhesive provides extra precision and depth to your show-stopping lashes. All our adhesives are free from latex and formaldehyde to protect both you and your client.
If you are ordering eyelash extension adhesive for semi-permanent lashes for the first time from us, we will be in touch with you for a copy of your individual semi-permanent eyelash extension certificate as our eyelash extension adhesive is for advanced technicians only. You can take a picture of your certificate and send this through to email@example.com. The details of the requirements and conditions for the use of adhesive products can be found in our Terms of Sale.
Storing your Adhesive
You should ensure that your adhesive is stored correctly, we recommend keeping it in a temperature range of between 16-24 °C. Before use allow the bottle to stand at room temperature for 30 minutes prior to treatment and shake the bottle for approximately 20 seconds before dispensing.
Never take the whole top off the bottle as air and moisture will enter causing the glue to deteriorate. The nozzle should be cleaned after every use using lint free wipes. Do not use cotton wool or baby wipes as the fibers can react with the adhesive and could cause an exothermic reaction.