Tersil CGY

For every need, a technological and highly powerful solution! We present customized formulations, according to the customer's need for masterful cosmetology. Our compositions allow the development of hygiene and beauty cosmetics with immense quality and safety.

Restorative golden power! Tersil CGY and Sparclay SGY are transforming reconstructive cosmetics into hygiene and beauty articles. With ingredients free of harmful and artificial dyes with expressive properties that have a high revitalizing, absorbent capacity, preventing aging, reducing inflammation and with a great astringent effect. With anti-pollution and detox technology, it activates a barrier of protection and deep cleaning in various cosmetic applications.

Accelerates collagen production! Ideal for all skin types, its silicon dioxide-enriched formulation stimulates the formation of the skin's collagen base. Providing valuable contribution in procedures that activate blood circulation, for rejuvenation cosmetics. It presents maximum make-up performance, with a matte effect of +95%, maintaining balance through its high absorption capacity, resulting in longer makeup durability, without cracking.

Hair cuticle reconstructive activity! Stable in the pH range between 3.00 and 12.00, it maintains ionic balance thanks to its high potassium content. Controlling the amount of water in the strands, it helps in the flexibility and combability of the hair by + 90%. Tersil CGY golden clay acts with a hair-aging effect to renew the hair, restoring the hair fiber from the root to the ends, from damage caused by chemical treatments, returning the hair's natural moisturizing aspect and softness.

As a clay that has a high water absorption power of + 72.50% and oil absorption of + 94.40%, it promotes the stability of gels and emulsions, in addition to improving the sensory of cosmetics, reducing the stickiness of the products. . With innovative activity, it removes oil and dirt in each application of hygiene and beauty articles and intensifies mineral nutrition by trace elements.