Design life - Import export

Innovative hair solution designed to restore life and vitality to your hair. Its unique composition is based on three key ingredients: caviar, keratin and hyaluronic acid, all naturally present in your hair, but which can decrease with time and external aggressions. Keratin is an essential protein that envelops each hair, providing strength, elasticity and resistance. However, over time, this keratin can deteriorate, resulting in a loss of vitality and shine. Hyaluronic acid, meanwhile, has a moisturizing and rejuvenating effect on the hair, but can dissipate over shampoos.

Designed to bring new life to your locks, this shampoo combines the benefits of hydrolyzed keratin, panthenol and biotin. It is an invitation to transform your washing routine into a home spa experience. Sodium laureth sulfate provides deep cleansing, removing impurities and residues, while cocamidopropyl betaine and glycerine work together to moisturize and soften your hair. The presence of biotin strengthens your locks, giving them a healthy and vigorous appearance. With a delicate caress, this shampoo envelops your hair with a captivating scent that persists throughout the day. Your hair will not only be clean and revitalized, but also scented with a subtle and elegant fragrance.

These precision slideways with roller bearings are used in machine and fixture construction, metrology, optical instruments and precision mechanics. The scale division on the micrometer dial is 0.02 mm. The stated permissible load values (F) are designed for a service life of 1 million travel cycles. The torque values apply only to centred slides. An additional centring hole is located at holes D2 and D3 on the top of the slide. Other connecting elements can be precisely mounted on the slide in combination with our centring rings 20240. F = permissible loading for dynamic and static loads. TI E/E1 = number of fastening holes E/E1/M inside. TA E/E1 = number of fastening holes E/E1/M outside. TI E4 = number of fastening holes E4/D1 inside. TA E2 = number of fastening holes E2/D1 outside.