Cosmetic Raw Powder PTD-DBM ptd-dbm PTD DBM 95% for Hair Growth Peptide Ptd-dBm Peptide

Wuhan Senwayer century chemical Co..Ltd located in the predominant Wuhan City where is a traffic hinge of China, specialize in producing and developing pharmaceutical & its intermediates, Pesticide Intermediate, food additive, Plant extracts,and in distributing the products of our own company and affiliated enterprises.

We have set up R&D center, quality inspection center and manufacturing site in Wuhan, Jiangsu and other places.

Our company has professional staff who deal with chemical R&D and scientific management, and holds several sets of analyzing instruments with high efficiency and high sensitivity, such as HPLC, GC and Spectrophotometer. Meanwhile, we possess of complete Q.A. and Q.C. system, supply chemical products with good quality and custom-tailored products according to our clients' requirement.

We have professional sales team, focus on quality and service, and we have achieved excellent performance over the years. Our company is committed to the development of international market , our products are mainly exported to many countries and regions, such as Europe, America, South-east Asia, the Middle East and Africa etc. With our constant efforts and good service, We sincerely hope to establish long-term cooperation and common development with our customers.

Product description

PTD-DBM is an acronym for Protein Transduction Domain-infused Dishevelled Binding Motif. It is a therapy for hair regrowth and re-formation of follicles to improve its elasticity. It's an artificial peptide used for scalp treatment and meant for use on the body's surface. It prevents the body enzymes and hormones from shrinking the hair follicles, which successively restores the follicles at the stem cell level-using PTD-DBM as treatment inhibits gradual decline of hair volume. It also boosts the formation of new cavities for hair regrowth.

1. Refined hair growth

2. Improved development of hair follicles

3. Prevention of hair loss by hindering miniaturization of hair follicles.