Silk protein and collagen hair treatment FGZ - 1 kg purple package

The product is a silk protein and collagen treatment for hair from FGZ designed for intensive care of hair texture and appearance. It comes in a purple plastic bottle with a capacity of 1 kg, with gold ribbons around the neck and a label bearing the logo. It contains a concentrated formula of silk protein and collagen that facilitates product distribution and provides a creamy texture that makes styling hair easier after use. The cylindrical bottle with a narrow neck offers better control during pouring and is suitable for both home and professional use. Specifications General Specifications Brand: FGZ Type: Silk protein and collagen treatment for hair Targeted Category: Hair care Capacity: 1 kg Packaging Type: Bottle/plastic container Color: Purple Technical Specifications Formula: Compound with silk protein and collagen Shape: Cylindrical with a narrow neck Material: Plastic Physical Features: Gold ribbons around the neck and a label with the logo Condition: New Features and Benefits Main Benefits: The treatment provides a rich formula with silk protein and collagen that helps improve hair texture and add noticeable shine with easy styling. The creamy texture allows for even distribution, control of product amount, and reduction of visible frizz without claiming to be a cure. Ideal for: Improving the appearance and shine of hair after washing, before straightening with an iron or blow dryer, for home care routines or salon use. How to Use Steps: Wash hair with shampoo and towel dry until damp. Apply an appropriate amount of the treatment to the palm (size of a hazelnut) and distribute from mid-length to ends. Comb the hair to evenly pass the product through, then leave for a few minutes as needed. Hair can be styled with an iron or blow dryer if desired. Tips: Start with a small amount and gradually increase to avoid weighing down the hair. Test the product on a small strand before full application to evaluate the result. Keep the container away from sunlight and high temperatures.