Tufting Pure Wool Kreoho® - Harbor Mist 500g

Tufting Pure Wool Kreoho® Harbor Mist is a 100% carded New Zealand wool (woollen spun) yarn in a 500g cone, designed for a wide range of textile applications, from tufting to punch needle, from crochet to knitting, all the way to handcrafted decor pieces and interior design projects.

The shade Harbor Mist is a light, delicate grey inspired by the misty atmosphere of Nordic harbours. Elegant and minimal, it blends perfectly into modern palettes and refined compositions.

Made with selected natural fibres (micron 36–38 μm, length 3–5 inches), this yarn ensures compactness and definition in tufting. Wool’s high natural moisture regain (≈16%) supports stability and durability over time.

We source wool from New Zealand, globally recognised for its quality and reliability. The fibres are selected to ensure high performance in tufting and textile applications, while respecting strict ethical standards. The wool is mulesing-free, traceable and processed to provide consistency, durability and professional results over time.

• Composition: 100% New Zealand wool
• Spinning system: woollen (carded yarn)
• Structure: 3 PLY – three-ply twisted yarn for enhanced stability and body – 1000/3 Tex (equivalent to 3/3 Nm)
• Fiber micron: 36–38 μm
• Fiber length: 3–5 inches
• Twist: 165 TPM + 140 TPM
• Weight: ~500g per cone
• Length: ~500 meters
• Finish: natural wool, matte appearance
• Origin: Designed in Italy – Made in China
• Thickness: ARAN – 3 PLY
• Treatment: moth-resistant (Eulan SPA 01 – TANATEX)
• Vegetable matter content (VM): ≤0.10%
• Spinning lubricant: ~1.5%
• Recommended needles/hooks: 5 – 6 mm

Tufting Pure Wool Kreoho® is a premium natural yarn made from New Zealand wool, designed to ensure stability, performance, and consistency across textile projects.

The balanced 3 PLY structure provides definition and compactness in tufting, while the woollen spinning method adds volume and fullness to the pile. Wool is naturally water-repellent, resistant to dirt, and capable of maintaining its shape and structure even after intensive use.

The professional moth-resistant treatment enhances long-term durability, while the high yield per cone reduces waste and allows for smoother workflow, especially in large-scale projects.

An ideal choice for professionals and creatives seeking a natural, high-performing, and reliable material.

For a 10 × 10 cm surface created using the tufting technique with a 10–15 mm pile height, approximately 15 g of yarn is required.

Tufting Pure Wool Kreoho® is designed to be used as a single thread in our tufting machines. The 3 PLY structure and 1000/3 Tex count already provide optimal body, coverage, and stability without the need to double the yarn.

Using a single thread ensures proper tension, smoother needle flow, and greater stitch precision, while reducing mechanical wear on the machine. Double-thread use is possible, but it is not the recommended setup for our models.

• Manual tufting
• Tufting machine
• Punch needle
• Crochet
• Knitting
• Wall hangings and textile wall art

Thanks to its full structure and woollen spinning method, this yarn is particularly suitable for decorative projects, rugs, wall art, and structured textile creations.

If used for garments, please consider that with a micron range of 36–38 μm, the yarn may feel firmer and slightly coarse against direct skin contact. For this reason, it is not recommended for baby garments or applications requiring exceptional softness on the skin.

The cone weight may vary slightly.

The color shown is indicative – the shade may slightly differ from the photo. For a more accurate evaluation of the available shades, we recommend consulting the Tufting Pure Wool Kreoho® Color Shade Card.

We recommend purchasing all the required yarn in a single order to ensure batch consistency and guarantee the exact same color tone throughout your entire project.

For optimal performance with Kreoho® tufting machines, we recommend using single-thread yarn. Our models are calibrated to work with this configuration, ensuring uniform results, stitch definition, and reduced stress on the needle and internal mechanics. Using double thread may alter density and pile behavior and should be evaluated based on the desired result and machine settings.