Material Selection

About

 

Why Choose

Birch Plywood

 

Birch Plywood, known as a solid wood-grade material, come from birches, the tree species of the cold Nordic regions, which can grow and regenerate rapidly.
 
Birch Plywood is highly stable, with moisture resistance, pest resistance, high hardness, sturdiness, and load-bearing capacity. It withstands repeated assembly and disassembly, making it the designated material for European and American children's furniture. It is also commonly used for manufacturing speakers, yachts, and high-end interior decorations.
 
Long-lasting birch wood reduces waste. Inferior quality furniture that doesn't endure often ends up discarded, causing significant environmental harm. Extending the usage life reduces negative environmental impact!
 
Each piece of wood is coated with lead-free, non-toxic matte protective paint, not only to protect the wood and extend its life but also to enhance its texture and feel smoother and more comfortable. Initially, the protective paint may leave a temporary smell [non-formaldehyde] that will naturally dissipate and does not affect health. Please use it with confidence.

 

Why Choose
CELLwood Environmental Board

 

 

Uniquely developed in Taiwan, CELLwood, a "new wood" that is not made from trees, does not require cutting down trees. TPE is a type of polymer material and is the cleanest and most eco-friendly green material. 100% free from any wood dust or shavings in the material, it's created using an exclusive formula and high-pressure micro-foaming technology to produce an innovative material with a wood-like texture.
 
CELLwood is formaldehyde-free with no pungent smell, moisture and rot resistant, & 100% waterproof for outdoor use, pest resistant, and combines durability with rigidity while being lightweight (d= 0.5~0.7g/cm3).
 
Common PVC foam boards used in bathroom cabinets are waterproof, durable, and very cheap. However, their use warrants careful consideration, as they pollute human health and the environment throughout their manufacturing, usage, and disposal life cycle!
 
Singapore's Changi Airport terminals, Singapore's top Marina Bay Sands Hotel, and Beitou's Kagaya, a top Japanese hot spring in Taiwan, also use CELLwood!

 

 

Why Choose

Aluminum Alloy for Frame Design

 

The Belief and Original Intent of Green Design!

1. Durable and Rust-Resistant

Whether it's aluminum alloy or iron, surface treatments such as anodizing for aluminum, electroplating for iron, or painting are applied. The primary function is to prevent the metal surface from oxidizing and rusting when in contact with moisture and oxygen in the air; the outcomes of rusting in iron and aluminum alloy are considerably different!

When iron rusts, if the rust is not immediately removed and the surface is not re-coated to isolate moisture and oxygen, the rusted area will continue to expand and corrode the underlying layer, eventually affecting structural strength and safety.

In contrast, when the surface treatment of aluminum alloy is scratched or damaged, a layer of oxide film forms on the aluminum alloy's surface. With the protection of this naturally formed film, further oxidation is halted. Therefore, maintenance of aluminum alloy is relatively simple. When scratches occur, no extra treatment is needed. At most, if the scratches are too noticeable, just touching them up with a similar color marker will suffice.

2. Truly Recyclable and Reprocessable 

Aluminum is the most abundant metallic element on Earth, but refining aluminum ore into usable aluminum ingots requires a significant amount of electricity. Hence, aluminum alloy products are relatively expensive.

Recycling aluminum alloy to produce aluminum ingots can save 75% of the energy used in production. Therefore, aluminum alloy has the economic benefit of being "recyclable and reprocessable," not just "environmentally friendly and recyclable" but without "reprocessing" back into the end market.

 

3. Lightweight

 The entire frame weighs 14-15kg. If iron were used instead of aluminum alloy, the weight would be over 40kg, resulting in lower economic efficiency in logistics and increased carbon emissions!

 

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