When designing a space with acoustic panels, one of the most common questions is: What is the best size for an acoustic panel? The answer depends on several factors, including the size of the room, the purpose of the space, and the level of sound control needed. In this blog, we'll explore the considerations for choosing the right size for your acoustic panels and how Guangdong Liyin Acoustics Technology Co. Ltd., as a leading manufacturer of wood slat acoustic panels, can help you optimize your acoustics while enhancing your room’s aesthetics.

 

Factors to Consider When Choosing the Right Size for Acoustic Panels

 

1. Room Size and Shape
   The dimensions of the room play a crucial role in determining the size of the acoustic panels you need. In larger rooms, bigger panels will be more effective in absorbing sound and reducing noise reverberation. Conversely, in smaller rooms, using too many large panels can overwhelm the space and negatively impact the aesthetic appeal.
   Key Tip: Measure the size of your walls and consider the room’s overall acoustics when determining panel sizes.

2. Purpose of the Space
   The function of the room also influences the ideal size of acoustic panels. For example, in a home theater or studio, where high-quality sound control is essential, larger panels or multiple panels may be required. In contrast, in office spaces or conference rooms, smaller acoustic panels may suffice, focusing on controlling high-frequency noise like voices.

3. Desired Acoustic Effectiveness
   Larger panels generally provide greater sound absorption, especially for low frequencies. If you’re trying to control noise from speakers, machinery, or a high-noise environment, larger panels or a higher quantity of panels may be necessary. Smaller panels are excellent for tackling mid to high frequencies, such as voice clarity in an office or meeting room.
   Tip: For low-frequency absorption, consider a larger panel or bass traps. For high-frequency noise control, smaller panels are typically sufficient.

4. Aesthetic Considerations
   Acoustic panels also serve as an aesthetic element in a space. Larger panels can cover more surface area, making them ideal for larger spaces or open-plan areas. However, if you're looking for a more minimalist or less intrusive design, smaller panels or wood slat acoustic panels in specific configurations can add both functionality and visual appeal.
   Liyin Expertise: Our Natural Oak Acoustic Slat Panels are a perfect blend of acoustic performance and stylish design, offering various sizes and customization options to suit your aesthetic preferences.

5. Cost and Budget
   Larger panels often come at a higher cost. For those on a budget, combining multiple smaller panels to cover a larger area may be an effective solution without compromising on acoustic performance. Keep in mind that larger panels tend to have better sound absorption properties, but the most cost-effective approach may involve selecting panels with the best performance-to-cost ratio.

 

Common Sizes for Acoustic Panels

 

1. Standard Panel Sizes

   • 24” x 48” (60 x 120 cm): This is a typical size for wall-mounted acoustic panels and is commonly used in commercial and residential spaces. These panels are versatile and can be installed in various configurations to cover a significant portion of the wall.
   • 24” x 24” (60 x 60 cm): These smaller panels are ideal for spaces requiring a more minimalist approach or areas where wall space is limited. They are also effective when used in combination with other panels to provide targeted sound control.

2. Custom Sizes
   At Guangdong Liyin Acoustics Technology Co. Ltd., we offer customized wood slat acoustic panels tailored to your exact specifications. Our Natural Oak Acoustic Slat Panels come in various sizes, shapes, and finishes, allowing us to create the perfect acoustic solution for your space. Custom sizing ensures that the panels fit seamlessly into your design vision while optimizing acoustics.

 

 

Why Choose Guangdong Liyin Acoustics Technology Co. Ltd.?

 

As a leading manufacturer of wood slat acoustic panels, we specialize in creating high-quality acoustic solutions that deliver both sound control and aesthetic appeal. Our Natural Oak Acoustic Slat Panels are designed to absorb sound effectively while providing a decorative element to any space. With over 20,000 square meters of modern manufacturing facilities, we strictly adhere to international quality standards, ensuring that every product we produce is of the highest quality.

Key Benefits of Choosing Our Acoustic Panels:

• Superior Sound Absorption: Our panels are made from top-quality materials like MDF and PET polyester felt, providing superior acoustic performance.
• Customization: We offer a range of sizes, finishes, and designs, allowing you to tailor your panels to meet the specific needs of your space.
• Sustainable Design: Our products are made with environmentally friendly materials, ensuring that your space remains stylish and eco-conscious.
• Easy Installation: Our acoustic panels are designed for simple installation, reducing downtime and labor costs.

 

Conclusion: Choosing the Right Size for Your Acoustic Panels

 

The best size for your acoustic panels depends on your room size, the function of the space, and the level of acoustic control you need. Whether you're designing a home theater, office space, or conference room, the right panel size can significantly improve the sound quality and aesthetic of your space. At Guangdong Liyin Acoustics Technology Co. Ltd., we offer a wide range of customizable acoustic wood slat panels to suit your specific needs. Contact us today to discuss how we can help improve your space with high-quality, stylish acoustic solutions.

When it comes to improving the acoustics of your space, acoustic panels are an essential tool. They help reduce unwanted noise, control sound reverberation, and enhance sound clarity, but to achieve the best results, selecting the correct thickness is crucial. In this blog post, we’ll explore what thickness of acoustic panels works best for different types of spaces and applications, while also showcasing how Guangdong Liyin Acoustics Technology Co. Ltd., a leader in wood slat acoustic panels, can help you achieve superior sound control with high-quality products.

 

Factors Affecting Acoustic Panel Thickness

 

1. Type of Sound You Want to Absorb The thickness of the acoustic panel significantly influences its ability to absorb sound, especially in different frequency ranges.

   • Thin Panels (1 to 2 inches): These are effective at absorbing high-frequency sounds, such as voices or treble from speakers. They are ideal for controlling echo and reverb in spaces like offices, conference rooms, and small meeting areas.
   • Thicker Panels (3 to 4 inches): Thicker panels are better for absorbing a broader range of sound frequencies, especially low-frequency noise (bass sounds). If you are working in spaces with a lot of low-end noise, such as music studios, home theaters, or industrial environments, thicker panels will be much more effective.

2. Room Size and Shape The dimensions of your room also influence the effectiveness of the acoustic panels. In larger spaces or areas with high ceilings, thicker panels may be necessary to achieve optimal sound absorption. Smaller rooms, on the other hand, might benefit from thinner panels that won’t overpower the space.

3. Desired Acoustic Effect If your goal is to create a balanced, clear sound environment (such as for a recording studio or theater), using thicker panels will help manage sound across all frequencies. For general noise control or echo reduction, thinner panels might suffice, but in spaces with challenging acoustics, thicker panels will provide better results.
   Pro Tip: For a more comprehensive solution, combining different thicknesses of panels in various areas of a room can address specific acoustic issues.

4. Aesthetic Preferences While the primary purpose of acoustic panels is to improve sound quality, their visual appeal also matters, especially in spaces like offices, lounges, and home interiors. Wood slat acoustic panels, such as the Natural Oak Acoustic Slat Panels produced by Guangdong Liyin Acoustics Technology Co. Ltd., provide an elegant look while maintaining excellent sound performance. The thickness of these panels can be customized to match both your sound control needs and aesthetic vision.

 

The Best Thickness for Acoustic Panels in Different Applications

 

1. Home Theaters and Media Rooms For a home theater or media room, where low-frequency sound control is essential, 3 to 4 inches thick acoustic panels are ideal. These panels will effectively absorb both high and low frequencies, reducing echo and improving overall sound quality, so you can enjoy your movies and music with clarity.

2. Recording Studios and Music Rooms In music studios, where sound clarity is paramount and the acoustics need to be precise, thicker panels (usually 4 inches) are recommended. These panels will absorb low-frequency sounds such as bass and drums, preventing unwanted reverberation and ensuring high-quality recordings.

3. Office Spaces and Conference Rooms In office environments, the goal is often to reduce noise and echo while maintaining speech clarity. 1.5 to 2 inches thick acoustic panels are typically sufficient for these applications. They will help control mid- and high-frequency sounds, improving speech intelligibility and creating a more comfortable working environment.

4. Open Plan Offices In large, open office spaces with high ceilings, it’s recommended to use thicker panels (around 3 inches) or a combination of both thick and thin panels to cover more surface area. This will help absorb sound from all directions, reducing the level of noise and enhancing concentration.

 

Why Thickness Matters in Acoustic Panels

 

The effectiveness of an acoustic panel is directly related to its ability to absorb sound, and that ability increases with thickness. Thicker panels can absorb a wider range of frequencies and provide better overall sound control, particularly for lower-frequency noises. However, it’s important to balance acoustic effectiveness with design preferences. Thicker panels may take up more space and appear bulkier, so it’s important to find a thickness that works for both your acoustic and aesthetic needs.

 

Why Choose Guangdong Liyin Acoustics Technology Co. Ltd.?

 

At Guangdong Liyin Acoustics Technology Co. Ltd., we specialize in producing premium wood slat acoustic panels, including our Natural Oak Acoustic Slat Panels, that combine high acoustic performance with sophisticated design. With our extensive experience and state-of-the-art production facilities, we provide customizable panel thicknesses to meet the specific needs of your space. Our panels offer the perfect balance of sound absorption and aesthetic appeal, ensuring that your rooms not only sound better but also look stylish.

Key Benefits of Choosing Our Acoustic Panels:

• Superior Sound Control: Our panels are engineered to absorb a broad range of frequencies, from high-pitched sounds to deep bass tones.
• Customizable Thickness: We offer panels in various thicknesses, including 2 inches, 3 inches, and 4 inches, tailored to your specific acoustic requirements.
• Elegant Design: Our wood slat acoustic panels provide a modern, natural look, complementing any interior design.
• Environmentally Friendly: Made from sustainable materials, our panels are designed with both performance and eco-friendliness in mind.
• Easy Installation: Our panels are designed for quick installation, reducing both time and labor costs.

 

Conclusion: Finding the Best Thickness for Your Acoustic Panels

 

The best thickness for your acoustic panels depends on the type of space you’re working with, the specific sound frequencies you want to absorb, and your aesthetic preferences. Whether you need thicker panels for a home theater or thinner panels for a conference room, Guangdong Liyin Acoustics Technology Co. Ltd. can provide the perfect solution. With our high-quality, customizable wood slat acoustic panels, we’re here to help you create an environment that is both acoustically optimized and visually pleasing.

Contact us today to explore our range of Natural Oak Acoustic Slat Panels and discover how we can enhance the acoustics and aesthetics of your space.

In the realm of sustainable construction, innovation is key to achieving a balance between environmental responsibility and practical building solutions. LUSEN (Xiamen) Co., Ltd., a company dedicated to advancing green technologies, has introduced an innovative photovoltaic sandwich wall panel that promises to revolutionize how we integrate solar energy into our built environment.

 

The new photovoltaic sandwich wall panels incorporate a sophisticated design that combines aesthetic appeal with functionality. This cutting-edge product features integrated photovoltaic components and connection elements, making it not only a structural part of buildings but also a source of renewable energy. The photovoltaic assembly includes a photovoltaic panel encased within edge profiles symmetrically arranged on both sides of the panel. These edge profiles are ingeniously designed with multiple hanging slots that facilitate the easy installation or removal of the photovoltaic assembly.

 

 

One of the standout advantages of this technology is its modular nature. In case of damage to the photovoltaic panel, only the affected photovoltaic component needs replacement, while the connecting parts can remain in place and continue to be used. This feature significantly reduces material waste associated with traditional wall panels, contributing positively to sustainability efforts.

 

Moreover, the ease of installation and maintenance makes these panels an attractive option for builders and property owners looking to enhance their structures with solar power capabilities without compromising on durability or aesthetics. By adopting such advanced building materials, we move closer to a future where architecture seamlessly integrates with renewable energy systems.

 

 

LUSEN's photovoltaic sandwich wall panels represent a leap forward in sustainable construction practices, offering a practical solution for generating clean energy directly from building surfaces. As the world increasingly seeks ways to combat climate change and reduce carbon footprints, innovations like these will play a crucial role in shaping the cities and homes of tomorrow.

 

By embracing these novel technologies, we not only contribute to the global effort against climate change but also pave the way for a more resilient and sustainable built environment. The introduction of photovoltaic sandwich wall panels by LUSEN (Xiamen) Co., Ltd. marks a significant step towards a greener future, where every building surface has the potential to harness the power of the sun.

Which photovoltaic sandwich panel manufacturers in China are good? In fact, without specifying a particular enterprise, the prices of photovoltaic sandwich panels from different brands and manufacturers are influenced by a variety of factors. For example, raw material costs, production processes, and brand added value. Some large-scale manufacturers may have more competitive prices due to cost-sharing advantages, while those focusing on high-end customization may have higher prices.

 

I. Product Quality

Compliance with Relevant Standards

Good photovoltaic sandwich panels need to meet national and industry-related standards. For instance, in terms of fire resistance, they should reach the corresponding fire resistance grade requirements. Some places require a B1-level limited combustibility standard. In terms of electrical insulation performance, they must also meet the specified values to ensure safe use. However, without specific enterprise information, it’s impossible to determine which enterprises’ products excel in this regard. You might as well first learn about the original manufacturer LUSEN.

 

Durability

The durability of photovoltaic sandwich panels includes the panel’s resistance to aging and weather resistance. High-quality products will not easily fade, deform, or crack during long-term outdoor use. Generally speaking, sandwich panels made with high-quality core materials and outer layers, and treated specially, have better durability.

 

 

II. After-sales Service

Installation Guidance

A well-rounded enterprise will provide detailed installation guidance, including how to correctly install photovoltaic sandwich panels to ensure the best power generation efficiency and safety. This may involve guidance for different installation scenarios, such as roof installation and ground installation.

 

Warranty

Good enterprises usually offer a warranty service for a certain period. The warranty content may cover product quality issues and power generation efficiency guarantees. For example, some enterprises provide a warranty period of 5 to 10 years.

 

In the field of photovoltaic sandwich panel manufacturing, LUSEN stands out with its superior quality and innovative technology, emerging as a leader in the industry. Today, let’s delve into LUSEN’s photovoltaic sandwich panels and their unique advantages.

 

The Unique Design of LUSEN’s Photovoltaic Sandwich Panels

LUSEN’s photovoltaic sandwich panels feature an innovative sandwich structure design that not only enhances product performance but also greatly facilitates installation and maintenance. Specifically, the product consists of several power generation units, each composed of a composite panel and a photovoltaic panel. The composite panel has a first skeleton, a second skeleton, a third skeleton, and a fourth skeleton arranged in a clockwise direction around its periphery. The first and third skeletons are both equipped with several first mating parts and several third mating parts that extend towards and mate with adjacent power generation units. In adjacent power generation units, the first mating part is fitted with a first sealing strip that contacts the third skeleton, and the third mating part is fitted with a third sealing strip that contacts the first skeleton. This design not only ensures structural stability but also effectively prevents the ingress of water and dust, extending the product’s service life.

 

 

The Convenience of Installation and Disassembly

Another significant advantage of LUSEN’s photovoltaic sandwich panels is the convenience of their installation and disassembly. The product is designed with a pre - embedded group, one end of which is embedded in the wall, and the other end extends upward vertically to form two top - holding parts arranged at intervals. Adjacent power generation units are respectively equipped with hooks that are hung on different top - holding parts of the same pre - embedded group, realizing the installation or disassembly of power generation units and walls through the hanging method. This hanging method not only simplifies the installation process but also makes maintenance and replacement much easier and quicker.

 

High - efficiency Photovoltaic Power Generation Performance

LUSEN’s photovoltaic panels in the sandwich panels adopt advanced photovoltaic technology, capable of efficiently converting solar energy into electrical energy. The photovoltaic panels have high conversion efficiency and good weather resistance, maintaining stable power generation performance even under harsh weather conditions. In addition, LUSE also focuses on the overall performance of the product, further improving the product’s thermal insulation and heat - insulating performance by optimizing the materials and structure of the composite panel, making it more advantageous in building applications.

 

 

Safety and Reliability Assurance

LUSEN always puts the safety and reliability of the product first. In the design and manufacturing process of its photovoltaic sandwich panels, it strictly follows international and domestic standards and has undergone strict quality inspection and certification. The product uses high - quality materials and advanced manufacturing processes to ensure the reliability and durability of each component. In addition, LUSEN also provides comprehensive after - sales service to solve the worries of users.

 

Leading Position in the Industry

In the field of photovoltaic sandwich panel manufacturing, LUSEN has won widespread recognition in the market with its innovative design, superior performance, and reliable quality. Its products not only occupy an important share in the domestic market but also are exported overseas, receiving trust and praise from global customers. With its strong R & D strength and innovation ability, LUSEN continues to promote the development of photovoltaic sandwich panel technology, providing better choices for building - integrated photovoltaic applications.

 

Conclusion

In summary, LUSEN’s photovoltaic sandwich panels, with their innovative design, convenient installation and disassembly method, high - efficiency photovoltaic power generation performance, and safety and reliability assurance, have become a leader in the photovoltaic sandwich panel manufacturing field. Whether for commercial buildings or residential projects, LUSEN’s photovoltaic sandwich panels can provide users with efficient, reliable, and aesthetically pleasing solutions, helping to achieve the goal of green buildings.

 

2D Embossed Wood-Plastic Composite (WPC) flooring is a resilient and visually appealing flooring solution that combines the natural beauty of wood with the durability of plastic. It provides an eco-friendly alternative to traditional hardwood flooring, offering numerous advantages in terms of performance, maintenance, and aesthetics.

Description:
The term "2D embossed" refers to the unique surface texture that replicates the grain patterns and textures found in real wood. This embossed texture enhances the flooring's visual appeal, giving it a realistic wood-like appearance, and adding depth and dimension to any space.

Wood-plastic composite (WPC) flooring is composed of a blend of wood fibers or sawdust and recycled plastic materials. This combination creates a strong and durable flooring product that is resistant to moisture, warping, and rotting. By using recycled materials, WPC flooring contributes to environmental sustainability.

One of the key advantages of 2D embossed WPC flooring is its low maintenance requirements. Unlike traditional hardwood flooring that requires regular sanding and refinishing, WPC flooring only needs periodic cleaning to maintain its appearance. It is stain-resistant and can withstand spills, making it suitable for areas prone to moisture, such as kitchens and bathrooms.

The high durability of 2D embossed WPC flooring makes it an ideal choice for both residential and commercial applications. It is designed to withstand heavy foot traffic, making it suitable for busy households or commercial spaces. The flooring is also resistant to fading caused by sunlight exposure, ensuring that it retains its color and beauty over time.

Safety is another important aspect of 2D embossed WPC flooring. The embossed texture enhances slip-resistance, providing a secure and stable walking surface. It is particularly beneficial for areas where water or spills are common, reducing the risk of accidents and falls.

Installation of 2D embossed WPC flooring is simple and hassle-free, thanks to its click-lock system. This allows for easy and efficient installation without the need for adhesives or glue. It can be installed on various types of subfloors, including concrete, plywood, or existing flooring, making it a versatile flooring option.

In conclusion, 2D embossed WPC flooring offers a compelling alternative to traditional hardwood flooring. With its realistic wood-like appearance, durability, low maintenance requirements, and eco-friendly nature, it is a popular choice for both residential and commercial spaces. Whether you're looking to revamp your home or enhance a commercial area, 2D embossed WPC flooring offers style, durability, and sustainability.

A Deep Dive into Sandwich Panels: An Innovative Solution for Building and Structures

In modern architectural design and construction, efficiency, durability, and performance are crucial considerations. Sandwich panels stand out as an exceptional modular building material that addresses these concerns. They excel not only in covering buildings and structures but also in energy conservation, rapid installation, and reducing on-site work.

 

What Are Sandwich Panels?

Sandwich panels are composite panels consisting of three layers: two robust outer facings and a lightweight yet highly effective core. The outer layers are typically made from materials such as metal (like galvanized steel or aluminum), fiber-reinforced plastic (FRP), or other weather-resistant materials to ensure shape retention, weatherproofing, and structural rigidity. The critical component is the middle core, which is often composed of foam plastics (such as expanded polystyrene EPS, extruded polystyrene XPS, or polyurethane PU), mineral wool, or glass wool, providing the panel with excellent thermal and acoustic insulation properties.

 

 

Applications of Sandwich Panels

What are Sandwich Panels used for?Due to their superior insulation and soundproofing characteristics, sandwich panels find extensive use across various construction projects:

Commercial Buildings: Office buildings, shopping centers, warehouses, etc., where high-performance envelope systems are required.

Industrial Facilities: Factories, cold storage facilities, clean rooms, etc., where strict temperature control is necessary.

Residential Construction: For exterior walls, roofs, or partitions, enhancing living comfort while reducing energy consumption.

Temporary Structures: Modular homes, emergency shelters, etc., for scenarios requiring quick setup.

Moreover, due to their ease of transport and installation, sandwich panels have gained popularity in the prefabricated building market. They significantly shorten construction timelines and reduce wet trades associated with traditional masonry walls, thereby minimizing on-site pollution and noise.

 

 

Conclusion

In summary, as a versatile building component, sandwich panels, with their outstanding physical properties, convenient installation methods, and environmental benefits, have become an indispensable part of modern architecture. With the advancement of technology, we can anticipate more innovative sandwich panel products entering the market, bringing greater possibilities to our living spaces.

Walking on a sandwich panel roof can be possible, but it depends on various factors such as the design of the roof, the thickness and strength of the panels, the weight and distribution of the load, and the specific application requirements.

Sandwich panel roofs are lightweight and composed of two external metal sheets with a rigid foam insulation core in between. While they are designed to provide structural support and insulation, they may not be intended to support heavy loads or foot traffic.

If the sandwich panel roof has been specifically designed and certified to withstand walking or occasional maintenance activities, it may be safe to walk on. In such cases, the manufacturer or structural engineer would typically provide guidelines regarding weight restrictions, permissible load distribution, and recommended walking paths to minimize any potential damage.

What I can tell you is that Wiskind Roof Panel, like BiLAP, admits that people(150kg) walk on it. Do not worry about its quality. Wiskind Poof Sandwich Panel used ≥100 kg/m³rock wool as core material. And other Roof Panel used rock wool as core material, and used≥38kg/m³PU as sealing. If you are focused on the fireproof ability, rockwool panel is the best choice. If you pay attention to the thermal insulation, you can choose rockwool and PU sealing.

If you want to learn more information, please contact us！

Today, Pharma United Co., Ltd. had the pleasure of welcoming several industry peers to our factory. The company leadership was on hand to receive the guests and personally guide them through our facilities.

The visit started with a tour of our state-of-the-art cleanroom showroom, where visitors had the opportunity to observe some of our key products up close. Following that, we moved on to the sandwich panel production line, providing a comprehensive overview of our manufacturing process and demonstrating the high standards we adhere to in production.

After the tour, we held a productive discussion session, exchanging insights and ideas on industry trends, challenges, and future developments. The day was both informative and enjoyable for everyone involved, and we look forward to more such collaborations and exchanges in the future.

We are grateful to our visitors for making this day a great success!

PHARMA UNITED (Kunshan) Co., Ltd. is a company mainly engages in develop, manufacture, sale and service for clean room products. We manufacture SS304 equipment, sandwich panel, clean room doors and windows for pharmaceutical, electronics, food and chemical industry. Our factory covers an area of more than 20,000 sqms, with advanced manufacturing equipment such as CNC laser cutting machine, CNC bending machine, CNC punching machine, etc. Design - manufacturing - installation - commissioning - validation - after-sales services is our working schedule. Every product can customized with high standard & high quality. Try our best to make you satisfy.

Business scope:

1. Cleanroom wall & ceiling panel, patition wall, false ceiling
2. Cleanroom doors & windows, steel door, HPL door, aluminum frame door, emergency door
3. HVAC System turnkey project, cleanroom gerneral contractor
4. Cleanroom equipments (passbox, hatch, weighing booth, LAF, air shower, SS304 furniture)
5. Indoor & outdoor PODs (modular cleanroom)

Company photo:

Warehouse

Working area

Bending Maching

Laser cutting

Punching Machine

Office building