Which is better, carbon crystal board or multilayer board? What are the differences between carbon crystal board, green crystal board, and multilayer board?

Advantages of carbon crystal panels: high environmental performance, long service life, short construction period, and no color difference. Disadvantages: expensive, and limited styles and designs for the panels.

Advantages: 1. High environmental performance.

The product does not require painting after being coated, reducing the harm of formaldehyde to the human body, and its environmental protection level is higher than the national environmental protection standard .

2. Long service life.

The interior of the door is made of new environmentally friendly materials, which are high in hardness and corrosion-resistant, ensuring a long service life. Imported fully automated mechanized manufacturing technology is used to ensure the stability of product quality.

3. Short construction period.

process technology

Stable, with a short production cycle and fast delivery, it's a great choice for those who need to move in quickly.

4. No color difference.

The skin-feeling film has a realistic appearance and lifelike patterns and textures, without any color difference or inconsistent textures. Even after long-term exposure to wind and sun, the colors remain vibrant and there will be no color difference.

Disadvantages: 1. Expensive.

Carbon crystal wood doors are a type of wood door made from carbon element crystals. From the outside, they look like a glass -like wood door and require a special manufacturing process.

2. The styles and designs of the door panels are relatively limited.

Because integrated wall panels are installed using a snap-on method, detachment and deformation are inevitable over time, resulting in a much shorter lifespan compared to traditional wall panels. Furthermore, strip-shaped integrated wall panels are generally not suitable for home decoration, as they can negatively impact aesthetics and cause visual fatigue over time.

Good quality.

1. High efficiency and energy saving, long service life.

Carbon crystal heaters boast high thermal insulation efficiency, effectively converting 100% of electrical energy input into over 30% conductive heat and over 65% infrared radiation, resulting in rapid heating and ample heat. The highly efficient insulation and heat storage layer ensures high thermal efficiency. Once the set temperature is reached, it can maintain a comfortable temperature for a considerable period, even during power outages.

2. It has a good heating effect and high thermal efficiency.

When powered on, the carbon crystal heater rapidly converts electrical energy into heat energy using carbon crystal as the heating element, and transmits it in a planar manner through far-infrared heat radiation. The electrothermal conversion rate exceeds 98%, and all heat is radiated in the form of 8-15um infrared light waves.

3. Healthy, comfortable, and environmentally friendly.

Carbon crystal heaters continuously generate far-infrared waves while heating the room. Far-infrared rays are rays that can penetrate deep into the skin and subcutaneous tissue, providing light wave therapy to the human body, and are hailed by modern medicine as the "light of life."

The advantages of carbon crystal panels include high environmental performance, long service life, short construction period, and no color difference; the disadvantages are high cost and troublesome installation.

advantage

1. High environmental performance: No painting is required after the product is coated, which reduces the harm of formaldehyde to the human body. The environmental protection level is higher than the national environmental protection standard.

2. Long service life: The door is made of new environmentally friendly materials with high hardness and corrosion resistance, ensuring a long service life; imported fully automated mechanized manufacturing technology is used to ensure the stability of product quality.

3. Short construction period, stable technology, short production cycle, and fast delivery make it the best choice for those who need to move in quickly.

4. No color difference, the skin-feel film has a realistic appearance and lifelike patterns and textures. There will be no problems with color difference or inconsistent texture. Even after long-term exposure to wind and sun, the color will still be bright and there will be no color difference.

shortcoming

1. If your home has a wall-mounted boiler, it can be used for both heating and domestic hot water. However, carbon crystal heating panels cannot be used for domestic hot water. They mainly rely on electricity for heating, similar to electric heating panels. Therefore, if you want domestic hot water in your home, you will need to install a separate water heater.

2. In addition, another drawback of carbon crystal panels is their relatively high cost, mainly because the manufacturing process of these panels is quite complex. The larger the apartment size, the higher the installation cost will be.

3. At the same time, the installation is also quite troublesome. If there are any problems later or the installation is not done properly, there will be many problems later, which may lead to the problem of not heating up.

Carbon crystal boards and solid wood boards each have their own advantages and disadvantages; the specific choice depends on your needs and personal preferences.

Carbon crystal panels are a new type of material that is lightweight, sturdy, wear-resistant, and easy to clean. They are suitable for people who prefer a simple and elegant style, but their price is relatively high.

Solid wood boards are a traditional material, known for their weight, natural texture, and good stability. However, solid wood boards are susceptible to the effects of humid environments and require regular maintenance.

Therefore, if you value aesthetics and a modern look and have a generous budget, you can choose carbon crystal board; if you prefer a natural feel and timeless beauty, then solid wood board may be more suitable for you.

Carbon crystal panels are made primarily of carbon crystal. Their advantages include relatively safe materials , more even heat distribution for more comfortable heating, and lower installation costs. Disadvantages include demanding installation techniques and a shorter lifespan.

I. Optimal Vertical Point

1. The main manufacturing materials of the carbon crystal electric heating plate are non-metallic inorganic materials. After multiple tests by the National Environmental Protection Testing Center, no harmful substances are emitted during use. In addition, this product releases a large amount of far-infrared rays , which have a certain adsorption effect on harmful components such as free benzene in the air, effectively reducing their concentration and reducing environmental pollution during decoration.

2. The carbon crystal heating plate dissipates heat evenly and heats up quickly. Under good insulation conditions, the carbon crystal heating plate can reach a temperature of about 25 degrees Celsius in half an hour.

3. For a 100-square-meter house, the installation cost is generally around 10,000 yuan. It requires no maintenance and the product's lifespan is comparable to that of the building, which eliminates some intangible costs after installation. Therefore, considering the overall costs of installation, use, and maintenance, the cost of the carbon fiber electric heating plate system is really not high.

II. Disadvantages

1. Carbon crystal heating plates have numerous joints, making them prone to wear and oxidation, leading to complicated repairs and a reduced lifespan. Their heating capacity decreases with use, requiring a high level of skill from the installer. Poor installation can cause numerous problems later, such as high energy consumption and insufficient indoor heating.

2. Carbon crystal electric heating panels generally last around 15 years, which is the shortest lifespan among electric heating panel systems.

Introduction to Carbon Crystal Plates

Carbon crystal heating panels are made by adding far-infrared emitters and temperature limiting agents to microcrystalline particles using special processes and preparation techniques. They are suitable for home heating, office building heating, school dormitories and office buildings, shop heating, auxiliary heating for centralized heating systems, card rooms, hospitals, hotels, bath centers, greenhouse insulation, warehouse insulation, etc.