Acoustics in a room are the result of complex interactions between sound waves and the physical properties of the space. When a sound is produced within a room, it generates pressure waves that travel through the air and bounce off the various surfaces within the room, including walls, ceilings, and floors. These waves then undergo processes such as reflection, absorption, and diffusion, which determine the overall sound quality and character of the space. The size, shape, and materials of the room, as well as the placement of objects and furniture, all play a crucial role in shaping the acoustics. Through careful design and acoustical treatment, it is possible to control and optimize the sound within a room, whether for creating a concert hall with exceptional clarity or a quiet, peaceful environment for concentrated work or relaxation.

Room acoustics describes how sound behaves in a space. If the room has no sound absorbing surfaces (wall, roof and floor), the sound will bounce between the surfaces and and will not be heard accurately. This is because the listener hears both the direct sound and reflected sound waves, simultaneously. This causes “standing waves” in the room which translate to spikes and dips in the overall EQ curve of the speakers. The result is an inaccurate representation of the sound, and typically causes the listener to make poor mix choices.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC rating of 1.10. All of our panel cores are made of a 3.5 inch thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

Recording studios are meticulously designed to provide controlled sound environments with minimal external interference, aiming for pristine sound isolation and minimal room reflections. Sound-absorbing materials, diffusers, and precisely calculated room dimensions create an acoustically neutral space, ensuring the accurate capture of music and audio.

Room acoustics describes how sound behaves in a space. If the room has no sound absorbing surfaces (wall, roof and floor), the sound will bounce between the surfaces and and will not be heard accurately. This is because the listener hears both the direct sound and reflected sound waves, simultaneously. This causes “standing waves” in the room which translate to spikes and dips in the overall EQ curve of the speakers. The result is an inaccurate representation of the sound, and typically causes the listener to make poor mix choices.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC rating of 1.10. All of our panel cores are made of a 3.5 inch thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

Designing the acoustic environment in a restaurant involves finding the right balance between absorbing and reflecting sound. To reduce noise levels and create a comfortable atmosphere, sound-absorbing materials like acoustic panels and ceiling tiles are strategically placed to minimize reverberation and control background noise. By tailoring the acoustics to match the restaurant’s specific aesthetic and functional needs, owners can enhance the overall dining experience, fostering an atmosphere that encourages conversation and relaxation while maintaining the desired ambiance.

Room acoustics describes how sound behaves in a space. If the room has no sound absorbing surfaces (wall, roof and floor), the sound will bounce between the surfaces and and will not be heard accurately. This is because the listener hears both the direct sound and reflected sound waves, simultaneously. This causes “standing waves” in the room which translate to spikes and dips in the overall EQ curve of the speakers. The result is an inaccurate representation of the sound, and typically causes the listener to make poor mix choices.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC rating of 1.10. All of our panel cores are made of a 3.5 inch thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

Controlling the acoustics in a home theater is essential for achieving a cinematic audio experience that is immersive and free from unwanted disturbances. This typically involves sound-absorbing materials strategically placed to optimize sound quality. Acoustic panels or treatments on walls and ceilings can help reduce sound reflections and minimize echo, ensuring that the audio remains clear and crisp. 

Room acoustics describes how sound behaves in a space. If the room has no sound absorbing surfaces (wall, roof and floor), the sound will bounce between the surfaces and and will not be heard accurately. This is because the listener hears both the direct sound and reflected sound waves, simultaneously. This causes “standing waves” in the room which translate to spikes and dips in the overall EQ curve of the speakers. The result is an inaccurate representation of the sound, and typically causes the listener to make poor mix choices.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC rating of 1.10. All of our panel cores are made of a 3.5 inch thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

Controlling the acoustics in an office space is essential for creating a productive and comfortable work environment. The design of office acoustics typically involves managing various aspects, from controlling noise levels to improving speech intelligibility. To reduce distractions and promote concentration, acoustic ceiling tiles, wall panels, and partitions are employed to absorb sound and prevent it from bouncing around the space. Striking the right balance between collaboration and focus is crucial, and well-designed office acoustics contribute significantly to employee well-being and productivity by mitigating the negative effects of excessive noise and ensuring a harmonious acoustic environment.

Room acoustics describes how sound behaves in a space. If the room has no sound absorbing surfaces (wall, roof and floor), the sound will bounce between the surfaces and and will not be heard accurately. This is because the listener hears both the direct sound and reflected sound waves, simultaneously. This causes “standing waves” in the room which translate to spikes and dips in the overall EQ curve of the speakers. The result is an inaccurate representation of the sound, and typically causes the listener to make poor mix choices.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC rating of 1.10. All of our panel cores are made of a 3.5 inch thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

Our dye sublimation printing process is a cutting-edge and versatile method used to produce vibrant and long-lasting designs on fabric. In this process, a digital image is printed onto a transfer paper using special sublimation ink. The printed transfer paper is then placed in direct contact with the fabric, and heat and pressure are applied, causing the ink to transform into a gas that penetrates the fabric’s fibers. As the temperature drops, the gas reverts to a solid state, permanently embedding the dye within the fabric. This results in a high-resolution, full-color image that’s integrated into the fabric rather than sitting on the surface. 

Room acoustics describes how sound behaves in a space. If the room has no sound absorbing surfaces (wall, roof and floor), the sound will bounce between the surfaces and and will not be heard accurately. This is because the listener hears both the direct sound and reflected sound waves, simultaneously. This causes “standing waves” in the room which translate to spikes and dips in the overall EQ curve of the speakers. The result is an inaccurate representation of the sound, and typically causes the listener to make poor mix choices.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC rating of 1.10. All of our panel cores are made of a 3.5 inch thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC (Noise Reduction Coefficient) rating of up to 1.20. All of our panel cores are made of a thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

We HAND MAKE all of our products in the USA with the highest quality sound absorption materials available. Additionally, our products are wrapped in high-resolution pieces of cutting edge artwork created by some of the best and most exclusive visual artists on the planet. We print that art on state of the art dye sublimation machines. And if that wasn’t enough, every single one of our panels comes with the option of WIFI controllable RGB LED back & front lighting. (Controllable by smartphone [IOS/Android] or with Google Home/Amazon Alexa).

Acoustics in a room are the result of complex interactions between sound waves and the physical properties of the space. When a sound is produced within a room, it generates pressure waves that travel through the air and bounce off the various surfaces within the room, including walls, ceilings, and floors. These waves then undergo processes such as reflection, absorption, and diffusion, which determine the overall sound quality and character of the space. The size, shape, and materials of the room, as well as the placement of objects and furniture, all play a crucial role in shaping the acoustics. Through careful design and acoustical treatment, it is possible to control and optimize the sound within a room, whether for creating a concert hall with exceptional clarity or a quiet, peaceful environment for concentrated work or relaxation.

Recording studios are meticulously designed to provide controlled sound environments with minimal external interference, aiming for pristine sound isolation and minimal room reflections. Sound-absorbing materials, diffusers, and precisely calculated room dimensions create an acoustically neutral space, ensuring the accurate capture of music and audio.

Designing the acoustic environment in a restaurant involves finding the right balance between absorbing and reflecting sound. To reduce noise levels and create a comfortable atmosphere, sound-absorbing materials like acoustic panels and ceiling tiles are strategically placed to minimize reverberation and control background noise. By tailoring the acoustics to match the restaurant’s specific aesthetic and functional needs, owners can enhance the overall dining experience, fostering an atmosphere that encourages conversation and relaxation while maintaining the desired ambiance.

Controlling the acoustics in a home theater is essential for achieving a cinematic audio experience that is immersive and free from unwanted disturbances. This typically involves sound-absorbing materials strategically placed to optimize sound quality. Acoustic panels or treatments on walls and ceilings can help reduce sound reflections and minimize echo, ensuring that the audio remains clear and crisp. 

Controlling the acoustics in an office space is essential for creating a productive and comfortable work environment. The design of office acoustics typically involves managing various aspects, from controlling noise levels to improving speech intelligibility. To reduce distractions and promote concentration, acoustic ceiling tiles, wall panels, and partitions are employed to absorb sound and prevent it from bouncing around the space. Striking the right balance between collaboration and focus is crucial, and well-designed office acoustics contribute significantly to employee well-being and productivity by mitigating the negative effects of excessive noise and ensuring a harmonious acoustic environment.

Our dye sublimation printing process is a cutting-edge and versatile method used to produce vibrant and long-lasting designs on fabric. In this process, a digital image is printed onto a transfer paper using special sublimation ink. The printed transfer paper is then placed in direct contact with the fabric, and heat and pressure are applied, causing the ink to transform into a gas that penetrates the fabric’s fibers. As the temperature drops, the gas reverts to a solid state, permanently embedding the dye within the fabric. This results in a high-resolution, full-color image that’s integrated into the fabric rather than sitting on the surface. 

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC (Noise Reduction Coefficient) rating of up to 1.20. All of our panel cores are made of a thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.

We HAND MAKE all of our products in the USA with the highest quality sound absorption materials available. Additionally, our products are wrapped in high-resolution pieces of cutting edge artwork created by some of the best and most exclusive visual artists on the planet. We print that art on state of the art dye sublimation machines. And if that wasn’t enough, every single one of our panels comes with the option of WIFI controllable RGB LED back & front lighting. (Controllable by smartphone [IOS/Android] or with Google Home/Amazon Alexa).

Room acoustics describes how sound behaves in a space. If the room has no sound absorbing surfaces (wall, roof and floor), the sound will bounce between the surfaces and and will not be heard accurately. This is because the listener hears both the direct sound and reflected sound waves, simultaneously. This causes “standing waves” in the room which translate to spikes and dips in the overall EQ curve of the speakers. The result is an inaccurate representation of the sound, and typically causes the listener to make poor mix choices.

Make no mistake, our products aren’t just for show, they’re PROFESSIONALLY designed studio grade acoustic panels with an NRC rating of 1.10. All of our panel cores are made of a 3.5 inch thick, non-toxic material called mineral wool (which in most cases, performs better than standard fiberglass cores). When the sound wave penetrates the core, the sound energy through friction is changed into heat. The residual sound that doesn’t get absorbed on the way in bounces off the back wall and then back through the panel a second time for even more sonic absorption.