Orani's company profile

Orani is a series of natural and organic sanitary products launched by the Italian company Corman for women. Komen S.A. was founded in Italy in 1947 as a textile medical equipment manufacturer. In 1985, Komen began to develop and sell feminine hygiene products and has a history of more than 10 years. Today, Komen's Orani series of brand sanitary products have been sold to 26 countries, committed to providing 100% comprehensive care for women, and are supported by gynecologists and consumer associations around the world. Shenzhen Oufan Maternal and Child Care Products Co., Ltd. (hereinafter referred to as Oufan) is a trading company mainly engaged in the import of high-end maternal and child care products from Europe and the United States. All the products it sells are 100% imported and are the exclusive agent in mainland China. Oufan aims to build the first brand company of maternal and infant products in mainland China and lead Chinese maternal and infant products into the natural, organic, pollution-free high-end product market.

Oufan's product range will cover a series of high-quality products such as women's products, infant products, infant food, cosmetics, etc. Outer: 100% non-woven certified organic cotton

Core: 100% certified organic cotton

Inner: (adhesive to pants) Mater-Bi, from corn Bioplastic material obtained from starch, biodegradable

Single wrapping paper: Mater-Bi 1. Pure natural organic cotton: Cotton planting, processing, and weaving are all sterile and do not contain any artificial and Chemical additives.

2. 100 pure natural and organic products can effectively prevent allergies and hidden dangers of gynecological diseases.

3. All series of products have an average biodegradability of more than 97%, and can be made into chemical fertilizers under appropriate conditions, reducing urban white waste pollution.

4. Comfortable and compliant appearance: All sanitary napkins have side wings and adopt a curved design, which is soft and suitable for the skin. And the pores in the outer layer maximize breathability.