Most Popular Exterior Cladding 219H26

The most popular Cladding of Newmet is the new generation Co-extrusion WPC Cladding.

It suit for outdoor use .

coated layer 100% origin modified plastic and core is 30% recycled HDPE, 60% wood powder &10% additive material

Size: 219x26mm

Co-extrusion WPC (Wood-Plastic Composite) Cladding is an innovative and environmentally friendly building material widely used in the construction industry. It combines the natural look and feel of wood with the durability and low maintenance of plastic, creating a perfect solution for exterior cladding applications.

With co-extrusion technology, multiple layers of materials are simultaneously extruded, resulting in a product with enhanced performance and aesthetics. The outer layer of the co-extruded WPC cladding is typically made of a high-quality polymer, which provides excellent protection against UV radiation, moisture, and other environmental factors. The inner core, made of wood fibers and recycled plastic, adds strength, stability, and resistance to rot, decay, and insect attack.

Key Features:

  1. Genuine Wood Aesthetics: Co-extruded WPC cladding replicates the natural appearance of wood, offering a warm and inviting look to any building façade. It can be customized in various colors, textures, and finishes, allowing for creative design possibilities.

  2. Weather Resistance: The outer layer of the co-extruded cladding provides exceptional resistance to fading, staining, and discoloration caused by exposure to sunlight, rain, and harsh weather conditions. This ensures long-lasting beauty and reduces the need for frequent maintenance.

  3. Durability: The combination of wood fibers and plastic in the core provides superior strength and impact resistance. Co-extruded WPC cladding is highly durable, withstanding the rigors of daily use, while maintaining its structural integrity over time.

  4. Low Maintenance: Unlike traditional wood cladding, co-extruded WPC cladding requires minimal upkeep. It does not require staining, sealing, or painting to maintain its appearance. Regular cleaning with mild soap and water is sufficient to keep it looking pristine.

  5. Eco-Friendly: Co-extrusion WPC cladding is made from a blend of recycled materials, including wood fibers and plastic. This reduces the demand for new timber and prevents plastic waste from ending up in landfills. It is a sustainable choice that contributes to the preservation of natural resources.

  6. Easy Installation: Co-extruded WPC cladding is designed with a user-friendly installation system, enabling quick and efficient installation. It can be easily fixed onto a variety of substrates, such as wood, metal, or concrete, saving time and labor costs.


Co-extrusion WPC cladding combines the best qualities of wood and plastic to provide a durable, low-maintenance, and visually appealing solution for exterior cladding applications. Its weather resistance, eco-friendliness, and ease of installation make it an ideal choice for residential, commercial, and institutional buildings, enhancing their aesthetic appeal while reducing efforts.

Are Prefab Homes a Good Investment?

Prefab homes, or prefabricated homes, can be a good investment for several reasons:

1. Design flexibility: Contrary to the misconception that prefab homes are limited in design options, modern prefab homes offer a wide range of styles and customization options. Homeowners can choose from various floor plans, finishes, and architectural designs to suit their preferences.

2. Cost-effective: Prefab homes are often more cost-effective than traditional site-built homes. Factory production and economies of scale can lead to lower construction costs and reduced labor expenses.

3. Time-saving: Prefab homes are built off-site in a controlled factory environment, allowing for simultaneous construction processes. This means that the overall construction time for a prefab home is significantly faster compared to traditional homes, which can save both time and money.

4. Quality control: Prefabricated homes are built in a controlled factory environment using precise measurements and strict quality control standards. This results in consistent quality and higher construction standards compared to on-site construction.

5. Energy efficiency: Many prefab homes are designed to be energy efficient, incorporating features such as improved insulation, energy-efficient windows, and efficient heating and cooling systems. This can lead to reduced utility costs and a smaller environmental footprint.

6. Sustainability: Prefab homes can be designed to incorporate sustainable materials and construction practices. Additionally, the controlled factory construction process generates less waste and disruption to the surrounding environment.

It's important to note that the investment potential of a prefab home can vary depending on factors such as location, market conditions, and the specific type and quality of the home. Engaging a reputable builder and thoroughly researching the local real estate market are essential steps in determining the investment potential of a prefab.

 

What are sandwich panels used for?

Sandwich panels are used for a variety of applications due to their unique qualities and advantages. Here are some common uses of sandwich panels:

1. Building Construction: Sandwich panels are extensively used in building construction for walls, roofs, and floors. They provide excellent thermal insulation, sound insulation, and structural strength. The panels are lightweight, which makes them easy to transport, handle, and install. They also offer good fire resistance and can contribute to energy efficiency in buildings.

2. Cold Storage and Refrigeration: Sandwich panels are widely used in the construction of cold storage facilities, refrigeration units, and temperature-controlled environments. The panels help maintain the desired temperature inside these spaces and prevent thermal energy transfer, thus ensuring efficient cooling and insulation.

3. Industrial Facilities: Sandwich panels are suitable for industrial buildings such as warehouses, factories, and processing plants. They offer a combination of insulation, durability, and quick installation, making them a cost-effective choice for industrial structures.

4. Transportation: Sandwich panels find application in various modes of transportation, including truck bodies, trailers, and shipping containers. The panels provide lightweight construction while offering strength and insulation properties. They can optimize payload capacity, improve fuel efficiency, and protect goods from external environmental conditions.

5. Cleanrooms and Controlled Environments: Sandwich panels are used in the construction of cleanrooms, laboratories, healthcare facilities, and other environments that require strict control of contamination and air quality. The panels can create airtight and insulated spaces that meet specific cleanliness and safety standards.

6. Retrofitting and Renovation: Sandwich panels are also used for retrofitting and renovating existing buildings. They can be installed as cladding systems to improve insulation, upgrade aesthetics, and enhance the overall performance of the structure.

In summary, sandwich panels are versatile construction materials that offer advantages such as thermal insulation, sound insulation, structural strength, lightweight construction, quick installation, and cost-effectiveness. These qualities make them suitable for a wide range of applications in different industries.



 

BiLOK for Roof System from Wiskind

BiLOK roof sandwich panels are made of profiled steel sheets as the top and bottom layers, with rock wool core material bonded between the layers, manufactured on a continuous production line to create a 360°seam-locked roof sandwich panel.

And this product has some features:

1. Good waterproofing: 360°seam-locked sandwich panel, with double seaming measures at the lap joints, reliable air and water tightness, not afraid of capillary water penetration.

2. Short construction period: BiLOK® reduces on-site installation procedures to one-third compared to single-layer metal roofing systems, shortening the construction period.

3. High strength: The double metal-faced sandwich panel structure combined with the 42mm wave profile of the outer panel offers excellent ultimate bending load-bearing capacity, supporting a maximum purlin spacing of 2.4m.

4. Good insulation: The insulation layer remains intact, and with the addition of polyurethane rigid foam at the peaks of the profiled sheet, the thermal insulation performance is even better.

5. Multi-functional: It can be equipped with Unifyphotovoltaic solutions and KeSheng Acous® sound-absorbing sandwich panel product technologies according to different needs.

Websitewww.wiskindsteelstructure.com

E-mail: market@wiskind.com

Tel No: +86-18054651502

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The Classifications of Aluminum Profiles for Cleanrooms

Aluminum profiles for cleanrooms play a crucial role in creating controlled and sterile environments for various industries, such as pharmaceuticals, electronics, medical devices, and food processing. These profiles are specifically designed to meet the stringent requirements of cleanroom facilities, ensuring a contaminant-free.

Cleanroom aluminum profiles are classified based on their structural characteristics and usage.

1. Wall Profiles: Wall profiles are essential components for constructing cleanroom partitions. These profiles provide stability, rigidity, and airtightness to maintain the integrity of the clean enclosure. They are designed with features like hidden fasteners, gaskets, and sealing mechanisms to minimize the infiltration of contaminants. Wall profiles are available in various sizes and configurations to accommodate different wall thicknesses and installation requirements.

2. Ceiling Profiles: Ceiling profiles are used to create a suspended ceiling structure in cleanrooms. They are designed to support ceiling panels, lights, HVAC systems, and other equipment while maintaining a smooth and clean surface. These profiles often incorporate features like cable management channels and integrated sealing systems to ensure proper installation and prevent contamination.

3. Floor Profiles: Floor profiles are used for cleanroom flooring systems, sealing the junction between the walls and floors to prevent the accumulation of and contaminants. They provide a smooth transition between different floor finishes and are designed to be flush with the floor surface for easy cleaning and maintenance. Floor profiles typically have a high load-bearing capacity to support heavy machinery and equipment in cleanroom environments.

4. Door and Window Profiles: Door and window profiles are crucial for creating airtight seals around cleanroom entrances and openings. These profiles incorporate gaskets and sealing mechanisms to prevent air leakage and maintain the desired pressure differentials. They are often designed with features like interlocking systems, self-closing mechanisms, and emergency release functions to ensure safety and convenience.

5. Accessories and Connectors: Cleanroom aluminum profiles may come with a range of accessories and connectors to facilitate their installation and enhance the overall functionality of the cleanroom. These include corner connectors, T-connectors, end caps, gaskets, hardware, and fasteners. Accessories and connectors are designed to provide structural integrity, flexibility, and compatibility with other cleanroom components.

When selecting aluminum profiles for cleanrooms, it's important to consider factors such as profile material, surface finish, dimensional accuracy, load-bearing capacity, compatibility with cleanroom standards, and the specific requirements of the cleanroom environment.

Overall, understanding the classification of aluminum profiles for cleanrooms helps in designing and constructing cleanroom facilities that meet the cleanliness standards and provide a controlled environment for critical manufacturing processes.

Websitehttps://www.wiskindsteelstructure.com/

E-mail: market@wiskind.com

Tel No: +86-18054651502

 

Which sheet is best for a wall?

When it comes to choosing the best sheet for a wall,  there are several options to consider based on your specific needs and preferences. PinGer vinyl wall panel is a very versatile material, Combined with the characteristics of a variety of different types of plates, it is suitable for a variety of indoor wall decoration needs. It also has rich textures and colors, providing a variety of options for decorating walls. In addition, it has a variety of excellent properties:

 

 

Going green: Being green is an area of increasing concern in recent years, and PinGer wall vinyl sheet can help reduce negative impacts on the environment.
Anti-bacterial and anti-mildew: PinGer wall vinyl sheet can keep the wall clean and sanitary to prevent the growth of bacteria and mold.

Anti-collision wear: The PinGer wall panel makes the wall more durable against accidental collisions and wear.

 


 

Fireproof and moisture-proof: PinGer wall panel can prolong the service life of the wall while ensuring indoor safety.
Uv resistance: The PinGer wall panel prevents the color of the wall from fading and keeps it beautiful.
Insulation and sound insulation: PinGer wall panel improves indoor temperature and ambient comfort.

Dirt resistant and easy to clean: The PinGer wall panel makes the cleaning and maintenance of the wall more convenient.

 


 

Easy installation: PinGer wall panel can effectively reduce installation time and labor costs.
You can customize according to your own preferences and requirements, choosing different textures, colors and designs to achieve personalized decorative effects.

 

Is It Worth Getting Aluminium Windows?

 

Aluminium windows have become a popular choice among homeowners and architects due to their sleek design, durability, and resistance to corrosion. However, the question remains: is it worth getting aluminium windows for your home?

 

One of the primary advantages of aluminium windows is their durability. Unlike wooden windows, which require regular maintenance and can rot or warp over time, aluminium awning windows are resistant to weathering and can last for decades with minimal care. This makes them an excellent long-term investment, especially for those who want to reduce maintenance costs and avoid frequent repairs.

 

Another significant benefit of aluminium windows is their aesthetic appeal. With a sleek, modern design,  can enhance the overall look of a home and increase its curb appeal. Aluminium windows are also available in a variety of colors and finishes, allowing homeowners tochoose custom aluminium casement windowsto match their home's style and decor.

 

Aluminium window system

 

 

 

However, there are also some drawbacks to consider. As mentioned earlier, aluminium is a highly conductive material, which means it can easily transfer heat. This can lead to poor thermal insulation, increasing energy consumption for heating and cooling. Additionally, condensation can occur on the windows in colder climates, leading to potential dampness and mold growth issues.

 

Despite these disadvantages, many homeowners still find that the benefits of aluminium windows outweigh the drawbacks. Their durability, aesthetic appeal, and customizability make them a valuable addition to any home. Moreover, with advancements in technology, some manufacturers now offer insulated aluminium windows that can improve thermal performance and reduce energy consumption.

 

In conclusion, whether or not it's worth getting aluminium windows depends on your specific needs and priorities. If you're looking for a durable, stylish, and low-maintenance window option, then aluminium windows may be a good choice for you. However, if thermal insulation and energy efficiency are top concerns, you may want to consider other materials such as wood or vinyl. Ultimately, the decision should be based on a careful assessment of your needs and budget.

 

 

Why Are More People Choosing Multi-Functional Hand Showers? What Are the Benefits?

The modern bathroom has evolved from a simple utilitarian space into a personal retreat where functionality meets luxury. One of the latest trends in bathroom upgrades is the shift towards multi-functional hand showers. With their enhanced versatility, these hand showers are becoming a preferred choice among homeowners, hotel designers, and builders alike. But why exactly are more people opting for these advanced showering solutions, and what benefits do they offer?

 

Enhanced Flexibility and Control

 

One of the standout features of multi-functional hand showers is their flexibility. Unlike fixed showerheads, a Round Hand Shower offers a full range of motion, allowing users to control the water direction precisely and even detach the showerhead for easier rinsing and cleaning. This makes it especially convenient for families, as the adjustable hand shower can accommodate people of varying heights and preferences. Moreover, the sleek round design of these hand showers adds a modern touch to any bathroom setup, blending functionality with style.

 

Advanced Spray Options

 

The primary appeal of multi-functional hand showers lies in the variety of spray settings they offer. With options like the Press Button Hand Showers, users can effortlessly switch between spray modes to customize their shower experience. This button-based control is designed for ease of use, enabling quick adjustments without interrupting the showering process. From a soft, misty spray for relaxation to a powerful, targeted stream for a quick rinse, these hand showers cater to different needs, making them an ideal choice for individuals seeking a versatile and luxurious bathing experience.

 

High Pressure Hand Shower

 

Durable and Eco-Friendly Design

 

In addition to their functionality, multi-functional hand showers are often crafted from high-quality, durable materials like ABS, a material known for its resilience and lightweight properties. The Bathroom ABS Hand Shower is one such example, offering corrosion resistance and long-lasting performance. Not only does ABS material enhance the showerhead’s durability, but it is also eco-friendly, supporting efforts towards more sustainable bathroom solutions. This makes it ideal for commercial settings and households focused on longevity and sustainability.

 

Easy Installation and Maintenance

 

Multi-functional hand showers are designed with convenience in mind, making them easy to install in most standard bathrooms. Whether you’re remodeling an existing space or installing a new bathroom, these hand showers can typically be integrated with minimal hassle. Their removable components also make cleaning simpler, allowing homeowners to maintain their showers effortlessly and ensuring a more hygienic bathing experience.

 

In conclusion, the growing popularity of multi-functional hand showers can be attributed to their unmatched convenience, versatile spray options, and durable construction. For those looking to upgrade their bathrooms with a premium showering experience, multi-functional hand showers offer a practical, stylish, and eco-conscious choice.

 

To explore a full range of customizable, high-quality hand showers and shower sets, visit [Rosa Shower]. As a professional manufacturer supporting OEM options, Rosa Shower provides top-notch solutions tailored to meet diverse bathroom needs.

Adding Floors to Existing Buildings with Lightweight Steel Structures

In the ever-evolving urban landscape, the demand for space is continuously on the rise. Adding floors to existing buildings using lightweight steel structures has become a common solution. This construction method not only expands the usable space of existing steel structure buildings but also optimizes functionality without the need to demolish the original building. 

 

Before embarking on the addition of a floor using steel frame structures, the first task is to assess the load-bearing capacity of the existing steel structure building. This step is crucial as it directly affects the feasibility and safety of the additional floor. Professional steel structural engineers calculate whether the existing structure can withstand the load of the new floor. If not, reinforcement of the structure is required before proceeding with the design and construction of the steel framed structures. This step is fundamental in ensuring the safety of subsequent construction and avoiding future structural safety issues.

 

Once it is confirmed that the existing structure can meet the demands of the additional floor, the next step is to design detailed plans for the lightweight steel structures and begin the fabrication of components. This phase requires precise calculations and design to ensure that the new floor's light steel structures perfectly match the existing structure. After the components are fabricated, they are transported to the construction site, ready for installation.

 

At the construction site, the first task is to align the site with the drawings to identify the position of the axes and pre-embedded components. This step demands high precision to ensure the accurate installation of the prefabricated steel buildings. Subsequently, protective setups are erected around the site to ensure the safety of construction personnel and the smooth progress of the construction.

 

The installation of light prefabricated steel structure building is the core phase of the entire floor addition project. This step includes the sequential lifting and installation of columns, beams, purlins, and other components. During the installation, professional equipment and tools are used to ensure that each component is precisely placed in its designated position. The accuracy of this step directly affects the stability and safety of the entire structure.

 

After the installation of the lightweight steel structures, the next task is paneling, including the installation of roof panels, wall panels, and the processing of the core tube. This step is not only related to the appearance of the building but also affects its functionality and practicality.

 

Since the construction process may damage the original waterproof layer, waterproofing treatment must be carried out after the paneling is completed. This step is crucial in preventing rainwater leakage and protecting the internal structure of the building from water damage.

 

The construction of new walls must be carried out in accordance with the existing structure, and then handed over to the decoration team for subsequent decorative work. This step is the ultimate realization of the building's aesthetics and functionality.

 

Throughout the entire process of adding floors with lightweight steel framed structures, each step requires strict control and precise operation. From the assessment of load-bearing capacity to the final decorative work, every step is vital, not only concerning the safety of the building but also affecting its service life and functionality. With a professional construction team and strict quality control, adding floors with lightweight steel structures can become an effective way to expand urban building space.

Constructing Lightweight Steel Structures in the Rainy Season

The arrival of the rainy season presents a significant challenge for the construction of lightweight steel structures. During this period, it's crucial not only to maintain the pace of construction but also to ensure the quality and safety of the work. This article will introduce key measures to consider when installing lightweight steel structures during the rainy season and how to address the challenges brought by the rain through these measures.

 

When constructing in the rainy season, we adhere to the overarching principle of "adequate drainage, water blocking, and waterproofing." Our goal is to ensure that indoor projects remain unaffected by the rainy season, while outdoor projects continue in light rain, pause during heavy rain, and resume swiftly after a storm. Although the quality of construction on rainy days may be lower than on sunny days, appropriate measures can minimize this impact.

 

It's essential to gather meteorological information to prepare thoroughly for construction during the rainy season. Under the leadership of the technical director, technicians are responsible for compiling technical measures for rainy season construction and providing detailed guidance. Besides, steel structure project managers are in charge of coordinating the human, financial, and material resources needed for rainy season construction to ensure smooth progress.

 

Lightning protection is crucial during rainy season construction. All formwork must be elevated from the ground when stacked to prevent damage from water immersion. Formwork release agents should be covered with plastic sheets after application to prevent the isolation layer from being washed away by rain. For steel structure materials, effective covering is also necessary, ensuring that the storage area has a good drainage system to prevent rusting due to water immersion.

 

Welding work of prefabricated steel structures should not be conducted in the rain, but it can be protected by constructing processing sheds. Welding machines, wires, and gas cylinders should be stored in dedicated sheds to prevent moisture damage. During welding of prefabricated steel structures, it's important to prevent rain from affecting the quality of the welds. As for high-strength bolt installation, during the rainy season, it's essential to ensure that construction personnel have rain gear and to pay special attention to electrical safety during prefabricated steel structures construction.

 

Temporary electricity sites need to be protected during rain. The power should be cut off when not in use to prevent electrical accidents. For scaffolding, it's mandatory to inspect the clamps one by one before and after the rain and ensure that the foundation is solid. During inspections, construction and inspection personnel must ensure their safety measures are in place, paying attention to slip prevention and fall protection.

 

Although the rainy season brings many inconveniences to the construction of portal frame steel structure, by taking the aforementioned measures, we can effectively address the challenges posed by the rain. The key lies in advance preparation, scientific management, and strict implementation of safety measures. In this way, even during the rainy season, we can ensure the quality and safety of portal frame steel structures and complete construction tasks on time. 

portal frame steel structure lightweight steel structures