About

Experts in Native New Zealand Timber Flooring



At Rimu North Shore & Kauri Mill, we are proud to be Auckland’s trusted native timber flooring specialists, offering a stunning range of high-quality New Zealand timbers - Rimu, Matai, and Kauri. With over 30 years of experience, we have built a reputation for excellence, providing sustainably sourced, locally produced timber that adds timeless beauty and value to homes and commercial spaces across the country.

The History of Our Timber Mill

Established in 1995 by Glen and Denise Tarrant, Rimu North Shore & Kauri Mill began with a simple yet strong commitment - to supply only the finest native New Zealand timbers. Over the past three decades, we have fostered strong partnerships within the industry, allowing us to source premium-grade timber directly from New Zealand forests. Our deep-rooted passion for quality craftsmanship and sustainable practices has driven us to offer a unique range of flooring solutions that highlight the natural charm and rich history of our native wood.

Native Timber Specialists

As specialists in native timber and flooring, we offer tailored solutions to meet the unique needs of our clients. Whether you are renovating a classic villa, building a modern home, or upgrading a commercial space, we provide timber that reflects New Zealand’s natural heritage.

High-Grade Native Timber

We source and supply the highest quality Rimu, Matai, and Kauri timber.

Custom Flooring Solutions

Our team expertly cuts flooring straight from logs and machines it to accurately match your design requirements.

Sustainable Sourcing

All our timber is locally produced and ethically harvested, ensuring minimal environmental impact.

From selecting the perfect wood to crafting custom floorboards, we are with you every step of the way, ensuring your flooring not only looks stunning but also lasts for generations.

Discover the beauty and heritage of native New Zealand timber with Rimu North Shore & Kauri Mill - where craftsmanship, sustainability, and quality converge.

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