Hose aus Latex "Eric"

The LateX latex trousers combine a striking silhouette with dynamic contrasts. The deep black natural rubber latex is accentuated along the outer sides by two continuous red vertical stripes, visually elongating the legs and lending an athletic line to the design.

The cut is tailored closely around the waistband, seat, and thighs to precisely accentuate masculine contours. From the knees downward, the fit transitions into a flared bootcut cut that drapes fluidly and ensures unrestricted freedom of movement. The elastic waistband requires no zips and ensures a smooth, snug fit at the waist.

With a material thickness of 0.4 mm, the latex offers the ideal balance between stretch and tear resistance. It flexibly adapts to the body shape, quickly warms to skin temperature, and develops a deep high gloss when treated with silicone polish.

- Cut: Bootcut (close-fitting at seat and thighs, flared from the knee)

- Design: Two-tone in black with red double stripes down the sides

- Waistband: Elastic slip-on waistband without fasteners

- Material thickness: 0.4 mm

- Properties: Highly elastic, shape-retaining, and moisture-repellent

- Material: 100% natural rubber latex

What is the best way to put on the latex trousers?

Since latex adheres to dry skin, applying a silicone-based lubricant or dressing aid to the skin or the inside of the trousers before dressing is recommended. Alternatively, special latex powder can be used to let the material glide smoothly over the legs.

How do the trousers achieve their intense shine?

Latex is often delivered matte or lightly powdered due to the manufacturing process to prevent sticking. The shine visible in the images is created by applying a silicone-based latex polish, which simultaneously protects the material from drying out.

What care does natural rubber latex require?

After wearing, wash the trousers in lukewarm water with mild soapy water or a special latex cleaner. Then allow to air dry and store in a dark, dry place to prevent material damage from UV radiation.