Polyurethane condoms SAGAMI Original 0.02 L-Size (1pcs) ⭐️ SAGAMI Original ⭐️ japancondoms.com

SAGAMI Original 0.02 L-Size Polyurethane Condom (1 pc) — Product Description

SAGAMI Original 0.02 L-Size is an ultra-thin, large-size polyurethane condom with a thickness of just 0.02 mm. SAGAMI Rubber Industries was the first in the world to develop a condom this thin—twice as thin as standard “ultra-thin” latex options (for example, Durex Sensi-Thin at 0.048 mm). Over ten years of development and more than 20,000 durability tests guarantee exceptional reliability and safety.

Ultra-Thin Polyurethane Condoms SAGAMI 0.02 L-Size

The material is polyurethane, which offers several advantages over latex. It is stronger, hypoallergenic, odourless, and transmits body heat more effectively. This ensures a natural feel during intimacy and is safe even for those with latex allergies.

SAGAMI Original 0.02 L-Size Key Features:

• Thickness: 0.02 mm — one of the thinnest condoms worldwide;
• Material: hypoallergenic and durable polyurethane;
• Size: Large (approx. 38 mm diameter Japanese standard = 58 mm width European standard);
• Length: about 190 mm — for comfortable fit;
• Shape: straight wall (cylindrical) with reservoir tip;
• Colour: clear/transparent;
• Lubrication: silicone-based, non-spermicidal.

Who Should Choose SAGAMI Original 0.02 L-Size Condoms?

This model is ideal for men who find standard condoms too tight. With a 58 mm width and extended length, you get comfort and freedom of movement, while the ultra-thin design ensures a natural and barely-there sensation.

SAGAMI 0.02 L-Size Packaging Options

Available in retail packs of 10 condoms, or as a single unit for trial. Try one SAGAMI 0.02 L-Size condom first to experience the difference before buying a full box.

Why Choose SAGAMI Original 0.02 L-Size?

Exceptional strength, ultra-thin comfort, hypoallergenic material, and advanced Japanese technology make SAGAMI Original 0.02 L-Size a unique choice for those seeking reliability and enhanced sensation in a larger size.