The thermal insulation and decoration board system is mainly composed of thermal insulation and decoration boards, bonding mortar, and supporting anchor fittings. It can be fixed to the building structure through the form of pasting + anchoring, without the need for separate construction of insulation layer, moisture-proof layer, protective layer, anti-corrosion layer, and decorative layer. One-time construction can achieve the functions of thermal insulation, energy saving, protection, and decoration of the building.
The insulation material and the calcium silicate board are bonded with a special composite adhesive and pressed with an 80-ton cold press for 3-4 hours to ensure a tight bond between the panel and the insulation layer.
Four common types of insulation materials to choose from:
Mineral wool insulation board（Y）
Expanded polystyrene board（EPS）
Graphite polystyrene board（GEPS）
Polyurethane foam board（PU）
The density of thermal insulation materials must comply with the standard JG/T287-2013 "Materials for Exterior Wall External Thermal Insulation System of Thermal Insulation Decorative Board".
Special bonding mortar is used to bond the system to the building structure. On-site pull-out testing must be conducted for the bonding strength of the base layer mortar and the wall.
The width of the joints between the boards can be designed to be 8-15mm, which can better release the system stress. Foam rods are used for thermal insulation in the joints, and high-weather-resistant silicone sealant is used for sealing and waterproofing treatment.
The thermal insulation decorative board system can be arranged horizontally or vertically according to the architectural facade style. The conventional specifications commonly used include 600mm*800mm, 600mm*900mm, 600mm*1200mm, etc. It is necessary to consider the comprehensive safety, construction convenience, and minimal loss principles of the system.
The thermal insulation decorative panel is a new type of chemical building material that integrates decoration, energy saving, fire prevention, waterproofing, and environmental protection.
Its characteristic is to transform the traditional on-site construction into factory completion, with advantages such as stable quality, fast construction period, and minimal environmental impact.
It is not only energy-saving and environmentally friendly, but also has a wide range of applications, as well as great potential for development and market prospects.
High degree of product assembly, fast construction, and conducive to on-site material management.
The thermal insulation decorative panel mechanizes the insulation and finishing processes in the factory, reducing the on-site work procedures and time for workers, thus improving construction efficiency. Compared to traditional coating and insulation methods, the construction period of the thermal insulation decorative panel is reduced by at least half, modernizing and rationalizing exterior wall decoration techniques. This also shortens the capital turnover cycle, revitalizing more funds. Additionally, consolidating multiple materials into one is beneficial for on-site material management, reducing material waste, and alleviating on-site inventory pressure.
We produce all the insulation boards and decorative materials related to thermal insulation decorative panels ourselves, ensuring good compatibility and excellent thermal insulation, weather resistance, and heat resistance performance between the products.
More insulation and thermal insulation functions than traditional stone and curtain wall, can meet different regional requirements.
Choosing different thicknesses of panels can fully meet the 65-75% energy-saving requirements. Three Trees' insulation decorative panels have high weather resistance, sufficient to resist acid rain, salt spray, and other attacks.
Diverse and Color Consistent Surface Finishes
The decorative surface of the insulation decorative panel is processed on a large scale in the factory, which greatly reduces the requirements for on-site climate, construction personnel, and equipment for many types of surface decoration processes. It can meet various surface layer requirements, and compared with the large color difference between traditional stone batches, the decorative surface of the insulation decorative panel can ensure the overall uniformity of the project decoration.
High level of security
The weight of the thermal insulation decorative panels for three trees is lower than that of traditional curtain walls and thin plastering, reducing the load on the base wall and enhancing the system's safety.
Good crack resistance
The insulated decorative board surface panel is made of calcium silicate board, which has excellent crack resistance. Each part is connected with weather-resistant silicone sealant to avoid the surface cracking problems caused by insulation materials, joints, and day-night temperature differences in traditional insulation.
三The insulated decorative board uses high-density non-asbestos silicate board. During the production process, resin infusion technology is employed to enhance the panel's strength, minimize water absorption, improve durability, and achieve complete flame retardancy. The surface coating can utilize high-weather-resistant fluorocarbon solid color paint, fluorocarbon metal paint, and weather-resistant stone paint, ensuring over 25 years of outdoor use without fading, cracking, or powdering, while maintaining strong decorative properties.
Waterproofness
Fire resistance
High in lightness
Weather-resistant
Durable
Low maintenance cost
Excellent weather resistance, light and color retention, corrosion resistance, chemical resistance, etc. make it the longest-lasting and most comprehensive decorative finish currently available.
In addition to the excellent performance of fluorocarbon solid color paint, it also incorporates metallic pigments, resulting in a strong metallic luster and a decorative effect that is completely consistent with the effect of aluminum-plastic panels.
The colors are diverse, with excellent weather resistance, water resistance, and stain resistance, making it a new product in the field of architectural coatings. The color is controllable, with a short supply cycle, easy to repair later, light weight, and outstanding advantages in safety and environmental protection.
The realistic and solid texture of stone exudes natural durability and a rich variety, with long-lasting cleanliness and strong resistance to dirt. It visually showcases the elegant and solemn beauty of the entire building.
Thick coatings composed of high molecular emulsion polymers and natural colored sand materials that can create a stone-like texture. Its appearance is natural, stable, and imposing like stone, with excellent weather resistance, flexibility, and impact resistance.
Prefabricated panels in the factory integrate insulation and decorative functions.
Newly constructed office buildings, commercial buildings, banks, hotels, schools, hospitals, villas, residential buildings, etc.; energy-saving and decorative renovations for old buildings; suitable for various base materials such as concrete, hollow bricks, and ceramsite bricks.
| NO. | Project | Unit | Index | |||
|---|---|---|---|---|---|---|
| Performance | 1 | Appearance Quality | Uniform Color | |||
| 2 | Size Deviation | Thickness | mm | ±2.0 | ||
| Length | ±2.0/m | |||||
| Width | ±2.0 | |||||
| Diagonal Difference | ±2.0/m | |||||
| Board Flatness | ±2.0/m | |||||
| 3 | Areal Density | kg/m2 | ≤25 | |||
| 4 | Resistance To Bending Load | ≥1.5G(G 为7.5kg) | ||||
| 5 | Acid Resistance，48h | No Change In Coating | ||||
| 6 | Alkali Resistance，48h | No Change In Coating | ||||
| 7 | Durable artificial aging | 2000 hours without falling off or cracking. | ||||
| 8 | Bonding Strength Between Surface Layer and Insulation Layer | Mpa | ≥0.10（Damage inside the insulation layer） | |||
National Standard JG/T287-2013 Enterprise Standard Q/SKSP 036-2017
Maximum size is 1200×2400, other sizes will be cut according to the project design.
Dry
Sunscreen
Rainproof
Moisture-proof
During material transportation, measures should be taken to prevent squeezing, collision, and rain exposure.
The stacking height of the thermal insulation decorative panels should not exceed 2m.
Raw materials entering the factory should be stored in a dry and cool place.
Avoid using damaged or broken boards during use.
Do not leave the product standing for extended periods to prevent deformation.