quality Aluminum Sliding Windows & Aluminum Casement Windows factory

Space Occupancy The hinges of the casement door need to be fixed on one side of the door frame, , opening the door to the door shaft as the center of the rotating open, need to reserve fan-shaped area, open and close will occupy a certain amount of space, so it is not suitable for smaller occasions; on the contrary, the sliding door sliding horizontally, only occupies the doorway on one side or on both sides of the wall space or only need to be installed at the top of the top or on the ground installation of the track can be. This way of opening will not reduce the utilization of space, will not affect the placement of furniture, especially suitable for small spaces. Sealing The most important thing about a door is the seal. If the door is not sealed properly, it will not only be poorly insulated, but will also generate noise. Different opening methods have different sealing effects. Because the sliding door is composed of two or more leaves, in order to maintain the distance between the push and pull, must be connected to the door with a cone, so its airtightness is worse than the sliding door. Casement doors do not have this problem and therefore seal much better than sliding doors. Cleaning In daily life, there is another thing that is particularly troublesome for us, that is the accumulation of dust. The opening and closing structures of sliding doors and casement doors are different. When sliding doors are closed, the door leaf overlaps with the door frame, and there is no gap, so dust is not easy to invade. However, because of the existence of tracks, if you choose to install floor tracks, it will increase the workload of our subsequent housework invisibly, and regular cleaning is required. Although casement doors have gaps and dust, they are very convenient to clean, and the only place where dust is easily accumulated is the hinge.

Thermal bridging and the previous cold bridging is a concept, in the building insulation project given a new name “thermal bridge effect”. In the peripheral structural layer of the building, due to the different building materials or construction of different thermal conductivity is not consistent, resulting in inconsistent heat conduction occurs. For example, windows and doors (gap processing), structural beams, dark columns (dense reinforcement) and other parts of the winter is not heat preservation, summer is not insulated, is not conducive to energy conservation and insulation of the building, energy consumption, the need for these parts of the special treatment to achieve energy saving and emission reduction, to avoid the “thermal bridge effect”. Thermal Conductivity Path When there are materials with high thermal conductivity such as metal (e.g. unbroken aluminum alloy), concrete, etc. in the wall or door/window frames, the heat will be transferred quickly through these materials to form “thermal bridges”, which will damage the overall thermal insulation effect. Energy Loss Winter: indoor heat is lost to the outside through thermal bridges; Summer: external high temperature is transferred to the inside through thermal bridges, increasing the air conditioning load. Risk of condensation The temperature of the thermal bridge is lower than that of the surrounding area, which is prone to condensation and mold growth, affecting the durability and health of the building. Solution: Thermal Break Technology Heat insulating strip Adding PA66 nylon heat insulating strip in the middle of the aluminum profile physically separates the inner and outer aluminum profiles, blocking the heat transfer. Multi-cavity structure Increase the number of chambers in the profile and utilize the air layer to reduce heat transfer. Sealing system Combined with EPDM adhesive tape (EPDM) to reduce air infiltration and improve the overall airtightness.

Thermal insulation coefficientK value is also called heat transfer coefficient, formerly known as total heat transfer coefficient. The current national standards and specifications uniformly name it as heat transfer coefficient (also known as K value). The thermal insulation of doors and windows refers to the ability to block heat conduction from the high temperature side to the low temperature side under the condition of air temperature difference between the inside and outside of the window. Most areas should be within the range of 1.5~2.8W (square meter·k). Wind pressure resistance levelWind pressure resistance performance refers to the ability of closed external (door) windows to withstand strong wind pressure. Wind pressure resistance performance is divided into 9 levels in total. The higher the level, the stronger the wind pressure resistance. Windows with wind pressure resistance level 9 can withstand wind pressure of more than 5000pa. They are generally used in glass curtain walls or high-rise buildings and can withstand very destructive hurricanes. Sound insulation level The sound insulation performance of doors and windows refers to the ability of doors and windows to weaken the sound of outdoor sound when entering the room. The airborne sound insulation performance of doors and windows can be categorized into 6 levels, the larger the level, the better the sound insulation performance. If you are often affected by traffic or construction noise, it is recommended to choose grade 4 and above, which can effectively isolate 35-40dB of noise. Watertightness Windows exhibit 6 different levels of performance regarding rainwater penetration protection when both wind and rain are present. When windows maintain good water tightness they stop rainwater from reaching the interior through window gaps or frames thus preserving dry walls and floors which leads to a better indoor environment. Airtightness Airtightness reflects the ability of a window to prevent air from entering or leaving a room when it is closed. It ranges from 1 to 8, with the higher the level, the lower the heat loss. A good airtightness can effectively stop cold air infiltration and reduce indoor temperature loss, thus reducing the cost of running air conditioning in our daily life. Together they determine sealing performance, which is critical for insulation, noise reduction and durability.

In daily life, when we choose building windows, common products on the market are aluminum alloy windows and PVC windows. Aluminum alloy has excellent corrosion resistance and oxidation resistance. After anodizing or powder spraying, it can not only improve the corrosion resistance of aluminum profiles, but also prevent deformation. They are not easy to rust and have a service life of 20-30 years longer than plastic windows. Although PVC windows have stable performance under normal conditions, they have poor resistance to high temperatures and mechanical shocks. Long-term exposure to humid environments will cause them to age, fade or crack, shortening their service life. Thermal insulation performance will directly affect the indoor thermal insulation effect and energy consumption. The window frame of PVC windows is made of PVC material. Relying on the low thermal conductivity of PVC material, its heat resistance is even more than a thousand times that of aluminum. On the contrary, aluminum windows are prone to form a "thermal bridge effect", which leads to rapid heat conduction and affects thermal insulation performance. However, with the advancement of technology, through multi-cavity design and thermal insulation strips, high-end thermal insulation aluminum windows use multi-cavity structure + EPDM strip sealing, and the thermal insulation performance is close to or even exceeds that of plastic steel windows. PVC window frames are made of plastic, which has low thermal conductivity and excellent performance. Aluminum alloy windows are usually more expensive than PVC windows. PVC windows are cheaper, but the rigidity of plastic materials is poor, and steel bars need to be added inside to increase hardness. The frames of aluminum alloy windows are made of extruded aluminum alloy, and in order to insulate, they need to go through various design processing, which leads to their high prices. Aluminum windows are expensive, but they are much more durable than PVC windows and have relatively low maintenance costs. We should choose the windows that best suit our homes according to our needs and economic strength.

As an important part of the construction industry, the door and window industry has developed rapidly in recent years with the prosperity of the real estate market. However, the prosperity of the market has also brought fierce competition. Both large chain brands and small and medium-sized manufacturers are competing for a limited market share. In such a market environment, without a clear market positioning, enterprises can easily fall into the quagmire of homogeneity and find it difficult to leave a deep impression in the minds of consumers. Innovation and excellence require enterprises to have a deep understanding of their product characteristics, technical advantages, and the needs and preferences of target customer groups, so as to find their unique position in the market. This can not only help enterprises to shape a distinctive brand image, but also establish a strong sense of brand identity in the minds of potential consumers. The importance of innovation and excellence to door and window companies is mainly reflected in the following aspects: 1. Shaping brand image Innovation and excellence help companies to shape a unique brand image. By clarifying their market positioning, companies can design products and formulate marketing strategies in a targeted manner, thereby establishing a unique brand impression in the minds of consumers. For example, some door and window companies focus on the high-end customized market, and their product design and material selection will reflect the pursuit of quality and details, so as to attract customer groups with high requirements for home decoration.2. Forming competitive advantages In the door and window market, the homogeneity of products is very serious. Through innovation and exquisiteness, enterprises can find their own differentiated competitive advantages and stand out in the fierce market competition. For example, some companies may focus on the research and development of energy-saving and environmentally friendly door and window products to meet the needs of modern families for green and environmental protection. Such positioning not only conforms to the current consumption trend, but also helps enterprises establish their own competitive advantages in the field of environmental protection and energy saving. 3. Improving customer satisfaction Innovation and exquisiteness can also help enterprises grasp the needs and preferences of target customers more accurately. By deeply understanding the consumption habits, aesthetic concepts and value orientations of target customers, enterprises can develop products that are more in line with market demand and provide more considerate services. This can not only improve customer satisfaction, but also cultivate customer loyalty, laying a solid foundation for the long-term development of the enterprise. 4. Guiding marketing strategies Clear market positioning can guide enterprises to formulate more effective marketing strategies. Enterprises can choose appropriate publicity channels and promotion methods according to their own market positioning to achieve marketing goals with higher efficiency and lower costs. At the same time, innovation and exquisiteness can also help enterprises find their own potential customer groups in market segmentation, thereby achieving precision marketing.In summary, innovation and excellence are of irreplaceable importance in the market competition of door and window enterprises. It is not only the key for enterprises to shape their brand image and form competitive advantages, but also the cornerstone for improving customer satisfaction and guiding marketing strategies. In today's era of information explosion and diverse choices, only by accurately positioning themselves in the market can door and window enterprises remain invincible in the fierce market competition. Therefore, door and window enterprises should deeply analyze market trends and consumer needs, clarify their own market positioning, and formulate a comprehensive market strategy based on this. Seamless welding system doors and windows, and constantly innovating door and window technology are only to provide you with a better home experience so as to stand out in the fiercely competitive market.

The world's top supplier of door, window and curtain wall systems, SKATE Group, was invited to participate in the Saudi Arabia International Building Expo, and showed the Middle East market a number of system doors and windows with patent certificates, demonstrating its technological leadership in the field of building envelope systems. As the largest construction industry event in the Middle East, this Saudi Construction Expo attracted more than 500 exhibitors from more than 40 countries. With its innovative design, energy-saving technology and intelligent products, it has become the focus of the exhibition, further consolidating its leading position in the high-end construction market in the Middle East. As the most influential construction industry event in the Middle East, the Saudi Construction Expo has attracted top construction companies, developers and designers from all over the world. Scat Group showed local construction contractors a number of high-performance doors and windows that meet Saudi Arabia's harsh climatic conditions. For example, the thermal break aluminum windows are specially designed to cope with the high temperature environment in Saudi Arabia. They have excellent heat and sound insulation properties and can effectively reduce building energy consumption.Electric smart windows that integrate AI control, automatic sensing and remote APP management to improve the intelligence level of modern buildings. At the exhibition, the SKATE Group also demonstrated its self-cleaning glass technology to local customers through interactive demonstrations, attracting the attention of many real estate developers and construction contractors, and signed cooperation agreements with many customers on the spot.

When we clean doors and windows in our daily life, be careful not to use strong acid or alkaline detergents, which will corrode the aluminum alloy surface, causing surface oxidation and affecting the appearance and durability. After the rain, raindrops will remain on the door and window frames of the house. It is best to deal with them in time, otherwise the eaves will accumulate water and seep into the gaps. Long-term accumulation may even affect the sealing and service life of the doors and windows. You can wipe with diluted vinegar water or baking soda solution, and then rinse with clean water to clean the scale or stains on the surface of the aluminum alloy door frame. Cleaning steps for aluminum alloy doors and windows The tracks and crevices of windows are particularly susceptible to accumulating dirt and grime, which can hinder their smooth operation. To clean the tracks, we can use a vacuum cleaner or a soft brush to remove dust and debris. Next, wipe the tracks with a damp cloth, and if necessary, utilize cotton swabs to clean the small crevices around the glass section. For the glass itself, apply a glass cleaner or a diluted white vinegar solution, and then wipe it down with a clean, dry cloth or newspaper to prevent water stains. Regular Inspection of Aluminum Windows and Doors We need to regularly inspect the door and window hardware, check the screwing bolts, positioning shafts, wind braces, floor springs and so on, if there are any damaged parts, they should be replaced in time. If you find that the hardware is worn or rusted, you should replace it or apply lubricant to keep it working properly. Every few months, we can apply a small amount of lubricant or silicone-based lubricant to door and window tracks and hinges to ensure smooth opening and closing. Avoid excessively oily lubricants that attract dust. Additionally, check door and window seals regularly for deterioration or damage. If you find that the sealing strips have lost their elasticity or are cracked, you should replace them in time to maintain the sealing and heat preservation of the doors and windows.

FRP, or fiber-reinforced plastic, is a composite material that was developed abroad in the early 20th century. It offers numerous advantages, including lightweight construction, high strength, corrosion resistance, thermal insulation, electrical insulation, and soundproofing. FRP doors and windows are constructed using medium-alkali glass fiber roving and fabric as reinforcement materials, with unsaturated resin serving as the matrix. These components are combined through a specialized process, with the addition of various mineral fillers. The mixture is then heated, cured, and extruded into a variety of hollow profiles with different cross-sections. 1. Lightweight and High Strength: Four times lighter than steel and comparable in strength to carbon steel. The density of FRP profiles is only 1.7, making them 4 to 5 times lighter than steel. However, their tensile strength ranges from 350 to 450 MPa, which is comparable to that of ordinary carbon steel. Additionally, their wind pressure resistance performance reaches 5.3 KPa. No steel lining reinforcement is necessary, as they are both strong and durable. 2. Energy Saving and Heat Preservation: With ultra-low thermal conductivity, energy savings meet the national standard level 10. The thermal conductivity is only 0.39 W/(m·K), which is 1/100 to 1/1000 that of metals. With its hollow structure and sealing strip, the heat preservation performance is excellent. Single-frame double-glass window: heat transfer coefficient of 2.2 W/(m²·K) (National Standard Level 8) Single-frame triple-glass window: heat transfer coefficient of 1.8 W/(m²·K) (National Standard Level 9) Single-frame triple glazing with low-emissivity (low-e) glass has a heat transfer coefficient of 1.3 W/(m²·K), which meets national standard level 10. 3. Excellent sealing: dustproof, waterproof, and windproof, ensuring a comfortable home. Adopting adhesive and screw connection technology, combined with rubber and wool strips for comprehensive sealing, as confirmed by authoritative testing. Air Tightness: National Standard Level 5 (GB/T 7107-2002) Water Tightness: National Standard Level 3 (GB/T 7107-2002) 4. Eco-friendly and sustainable: safe for health and free from radioactive pollution. In compliance with the GB6566-2001 standard, "Limits of Radioactive Nuclides in Building Materials, the internal and external irradiation index is as low as 0.2, making it genuinely healthy and environmentally friendly. 5. Superior Sound Insulation: Create a Tranquil Environment Double-Glazed Window: Sound Insulation of 36 dB Triple-glazed window: sound insulation rating of 39 dB (National Standard Level 4) Corrosion Resistance: Resistant to acids, alkalis, and salts, with a lifespan of up to 50 years. It exhibits strong resistance to acids, alkalis, salts, seawater, and humid environments, making it particularly suitable for coastal, chemical, and high-humidity areas. Its service life significantly exceeds that of ordinary PVC, lasting up to 50 years compared to just 15 years for standard PVC. 7. Dimensional Stability: Resistant to Cold and Hot Deformation The linear expansion coefficient is only 7.3 × 10⁻⁶ /℃, which is one-fifteenth that of plastic. It does not soften at high temperatures, does not crack at low temperatures, and maintains its shape after prolonged use. 8.Strong weather resistance: stable from -50°C to 200°C. The thermal deformation temperature exceeds 200°C, providing high-temperature resistance and severe cold resistance. This material is designed to adapt to extreme climates without aging or becoming brittle. 9. Insulation and Anti-Interference: Safe and Reliable with Excellent Wave Transmission Excellent insulation performance; non-conductive and non-reflective to radio waves, making it suitable for high-voltage environments, communication base stations, laboratories, and other specialized locations. 10. Shock Absorption and Anti-Resonance: Ensuring a Quiet, Comfortable, and Stable Structure The elastic modulus is 20,900 MPa, which effectively absorbs vibrations, prevents resonance damage, and enhances the durability of doors and windows. 11. Stunning Customization: A Variety of Colorful Options to Complement High-End Architecture The surface can be coated with a variety of colors to accommodate different architectural styles and enhance the overall texture of the facade.

SKATE Doors and Windows plays a key role in industry trend forecasting and market dynamic analysis. SKATE R&D team brings together the latest design concepts, material technology and craftsmanship at home and abroad, and perfectly integrates them to become the preferred leader for dealers to obtain pre-sales consultation. At the same time, through industry exhibitions, summit forums, technical exchanges, etc., SKATE's elite market research always keeps me updated with new trends and provides more accurate strategic guidelines for its own business strategies. SKATE helps every dealer seize the best business opportunities in the fierce market competition. The annual dealer conference of Scat Doors and Windows is not only a display platform, but also an excellent opportunity to deeply understand the trends of the industry, establish extensive connections, and inspire innovative inspiration. Whether you are seeking cooperation, expanding business or even exploring the forefront of the industry, SKATE Doors and Windows can bring you together here to draw a brilliant blueprint for the doors and windows industry and work together towards a more prosperous tomorrow.

When we are immersed in sweet dreams, the shrill sound of car horns and the scorching sun streaming through the glass can disrupt our peaceful rest. Fortunately, these disturbances can be avoided. All you need is a well-designed door and window system, akin to an "invisible protective coat" for your home. This system can transform the cacophony of traffic into a distant background noise and shield you from the intense heat outside. When the outside world is softened by this barrier, you will not only enjoy a restful night's sleep but also create a private sanctuary where you can retreat at any time. The propagation of sound requires a medium, and effective soundproofing for doors and windows hinges on blocking the transmission path of sound waves. Ordinary single-layer glass offers limited noise reduction, while double or triple-glazed glass incorporates an air layer filled with inert gas between the panes. This design utilizes the elasticity of air to absorb and attenuate sound waves, progressively weakening the noise energy. Some high-end doors and windows even include a PVB resin interlayer between the glass panes. This material not only enhances the safety of the glass but also absorbs sound waves at specific frequencies, particularly effective against harsh high-frequency noise. Ordinary metal window frames are efficient conductors of heat, whereas broken bridge aluminum profiles interrupt the heat conduction pathway by incorporating nylon insulation strips within the aluminum. This design effectively prevents the "thermal bridge" effect. Additionally, the multi-cavity structure enhances the thermal insulation of doors and windows. The surface of Low-E glass is coated with a specialized metal film layer that reflects infrared rays. In summer, it reflects solar heat energy, while in winter, it retains indoor heating radiation. The presence of a hollow layer further amplifies the insulation effect, effectively doubling its performance.

When selecting a suitable system window, it is essential to first pay attention to the profile. Manufacturers often refer to profiles using numbers such as 80, 90, 108, and 120, which indicate the thickness of the wall. The higher floors, it is advisable to choose a wider material due to increased wind pressure. The wider profile not only occupies more wall space but also enhances the stability of the window. It is optimal to pair it with multi-cavity materials, as a greater number of cavities improves overall performance. Additionally, it is important to check whether the four corners are pinned and glued. This method offers greater stability and airtightness compared to traditional screw-fixing techniques. The second point to consider is the hardware. It is advisable to select straight-hand locks and ensure that the load-bearing points, hinges, and other hardware components are from the same brand. This is important because hardware from the same brand is generally more compatible with each other., Finally, let's discuss the glass. The original glass must be processed at a tempering factory, making it essential to determine whether the two pieces of glass are bonded together manually. If they are assembled by hand, there is a risk of air leakage and fogging in the later stages. By examining the two glues are even and full and whether there are any loopholes by looking at its two layers of adhesive—first, the butyl glue, and second, the silicone sealant—I can assess whether the application is even and complete, as well as identify any potential gaps. If you are unsure how to evaluate this, the system window provides a direct view of the workmanship details. Manufacturers with a certain level of production capability will exhibit meticulous craftsmanship, such as the absence of burrs at the joints and the flatness of the pressing line. These details can provide clear insights into the quality of the manufacturer.