Sustaintable, Strong & High Quality
Material and Technology
At MOAI, we are committed to innovation and sustainability in every SUP board we create. Our boards are designed in the Netherlands and inspired by the Polynesian pioneers.
Embracing Sustainability with Cutting-Edge Technology
At MOAI, we are committed to staying at the forefront of technological advancements while prioritizing sustainability and eco-friendliness. As we move into the future, our focus remains on integrating eco-conscious design principles, energy-efficient components, and recyclable materials. By doing so, we contribute to building a more sustainable technology landscape for 2024 and beyond.
Dropstitch
Our dropstitch technology is the cornerstone of modern inflatable stand-up paddleboards (SUPs), providing unparalleled rigidity and performance. This advanced technique involves interweaving thousands of fine threads between two layers of material, allowing the SUP to maintain its shape and withstand high pressures when inflated.
Woven Dropstitch
Our unique Woven Dropstitch construction allows for higher air pressure, resulting in a rigid yet lightweight board. This technique involves interweaving thousands of fine threads between two layers of material, allowing the SUP to maintain its shape and withstand high pressures when inflated.
Double Layer PVC
Our SUPs are engineered with a revolutionary double-layer that offers enhanced durability and stability. Our design incorporates two layers of high-grade PVC for an extra rigid and robust structure, ensuring a superior paddling experience.
Anti-Slip EVA Pad
Designed for maximum grip and comfort, these pads reduce the risk of slipping, allowing you to focus on the waves and your paddling technique.
Fusion Technology
Durable and leak-proof. Whether you want to inflate or deflate our products, this valve will do the job quickly and efficiently.
What kind of technologies do we at MOAI use?
While it’s true that SUPs often start as basic inflatable boards, our commitment to innovation transforms them into something extraordinary. Our cutting-edge technologies not only enhance their strength but also prioritize sustainability.
These innovative methods not only strengthens the structural integrity of SUPs but also reduces their ecological footprint. By focusing on sustainable design and materials, SUP manufacturers are contributing to a cleaner planet and setting a new standard for environmental responsibility in the industry.
Our SUPs combine strength, sustainability, and advanced techniques to provide an exceptional paddling experience while treading lightly on our planet. Here are some of the techniques we use:
Dropstitch Technology
Contrary to common belief, the interior of an inflatable SUP isn’t merely filled with air. At MOAI, we employ cutting-edge dropstitch technology. What exactly is this technology? Well, imagine thousands of fine strands (or stitches) per square inch, intentionally placed to hold the top and bottom surfaces equidistant from each other.
Fusion Technology
Unlike many of our competitors, we weld the PVC layers together in our products. This results in increased strength and durability, ensuring a longer lifespan and better overall performance. Additionally, this method eliminates the need for glue, which not only benefits the environment by reducing harmful emissions but also enhances the structural integrity of the board.
Double Layer PVC
Our double layer PVC construction offer enhanced durability and performance. The double layer of PVC adds stiffness and strength, allowing for a firmer board that retains its shape and provides better balance and speed on the water. Making them a suitable choice for both beginners and experienced paddlers looking for a reliable and sturdy SUP.
Navigating the Waves with our FAQ
Unraveling SUP Technology Mysteries
What is the difference between Dropstitch and Woven Dropstitch?
Dropstitch technology revolutionized inflatable SUPs with its ability to create a rigid, hard-surface feel on the water. The key difference between standard Dropstitch and Woven Dropstitch lies in the construction. While traditional Dropstitch uses thousands of fine threads to connect the top and bottom layers, Woven Dropstitch interlaces these threads, resulting in a lighter, stiffer, and more durable board. This advanced technique enhances performance, offering a smoother ride and increased longevity for your SUP adventures.
What are the benefits of double layers of PVC?
Double-layer PVC construction in SUP boards offers a blend of durability and performance. The additional layer enhances the board's stiffness, making it sturdier and less prone to bending, which translates to better speed and stability on the water. This robust build quality also means the board is less likely to leak, ensuring a longer lifespan for your aquatic adventures. While it may be slightly heavier and more costly, the trade-off is a reliable and high-performing SUP board that stands up to the challenges of the water.
How does the Fusion technology work?
Fusion technology in SUP represents a significant advancement in board construction. It involves the bonding of two layers of fabric with a PVC coating, creating a material that is both lighter and stiffer than traditional single-layer boards. This process results in a SUP that offers enhanced performance, durability, and a smoother ride on the water. Fusion technology allows for a reduction in weight without compromising on strength, making it a preferred choice for paddlers looking for high-quality equipment.
Are your products eco-friendly?
Our products are designed with the environment in mind, utilizing advanced materials that minimize ecological impact. The manufacturing process is engineered to reduce waste and energy consumption, and we use sustainable methods wherever possible. While they are indeed inflatable plastic products, they are built to last, reducing the need for frequent replacements and thus lessening the overall environmental footprint. It's about making a product that's not only fun but also reflects a commitment to our planet's future.