We are excited to introduce you to:
KIYOMI - a fabulous golden medium-lay single-ply jute rope specifically designed for Shibari and Kinbaku bondage applications
NEW to the AMATSUNAWA fine rope portfolio.
We are delighted to introduce another great new rope to the AMATSUNAWA portfolio!
Our new rope is called KIYOMI and it's adding to the success of our popular 2023 batch. It's fresh and new to the AMATSUNAWA Shopand you'll fall in love with it right away. It's a very strong, durable and flexible, skin-friendly rope that'll effortlessly accommodates all your Bondage ideas.
KIYOMI is a medium-lay perfectly tensioned 3-strand, single-ply rope ideal for beginners and professionals alike, it requires very low maintenance, softens with use and has a long life span. It's JBO-free, has a subtle natural odour and a beautiful golden colour.
We went through several stages of testing and re-adjusting to get this rope just perfect for the bondage application.
It's easy to condition. You can find full conditioning instructions here.
KIYOMI comes in three diameters: 6mm, 5.5mm and 5mm.
Want to see and feel a sample first? Order our sample box here.
Technical product data:
- Available diameters: 6mm. 5.5mm, 5mm
- Construction: 3 strands, single-ply yarn
- Lay: medium-lay, strong flexible rope
- Rope-Twist: Z-Twist
- Fibre: 100% Tossa Jute
- Fibre abrasion: low, yarn treated for fibre loss
- Breaking Load [daN]:* 5mm/180, 5.5mm/200, 6mm/230
- Colour: golden
- Smell: natural odour
- Chemicals: JBO-free
- Batching oil: VOT-batched with Soybean oil
- Processing: untreated / raw
- Spool sizes: Maxi-Roll (300m/6mm, 330m/5.5mm, 360m/5mm), Midi-Roll (150m/6mm, 165m/5.5mm, 180m/5mm)
- Quality control: Yes
*Disclaimer regarding breaking load:
The stated breaking load is a reference value based on a tested section of the product. As jute is a natural material, it is subject to variations in structure and strength. Therefore, the breaking load cannot be guaranteed for the entire product. Differences in fiber alignment, density, and processing may result in varying load-bearing capacities across different sections.
