Column4 1ft x 4ft Acoustic Studio Foam Panel – Pack of 8
Product Overview:
- Dimensions per Panel:
- 1ft (305mm) by 4ft (1220mm)
- 6″ (150mm) thick
- Quantity: 8 panels per pack
- Profile: CNC cut, semi-circle profile
- Availability: Always in stock, shipped uncompressed
- Ideal For: Mixing & Mastering Studios
What’s In The Box?
- Contents: 8x 4ft Column Acoustic Panels
- Panel Size:
- 12″ (305mm) by 48″ (1220mm)
- 6″ (150mm) thick
- Coverage:
- One panel covers an area of 32sqft (2.976sqm)
- Design: Precision CNC cut, unique semi-circle profile
- Color Options: Mid Grey or Dark Grey
Benefits:
- Versatility: Unique shape and design offer several advantages over flat acoustic panels.
- Increased Surface Area:
- Each panel has a surface area of 6.28sqft (0.584sqm).
- Improved absorption compared to flat panels of the same size.
- Low Frequency Control: Thickness helps manage lower frequencies.
- Aesthetic Appeal: Enhances studio appearance.
- Can be wrapped in open weave cloth or mounted directly.
- Acoustic Clarity: Reduces unwanted distortion, echo, and reverberation.
- Compatibility: Can be used with other acoustic panels for custom designs.
- Durability:
- High-density foam (30kg/m3) that resists crumbling and color change.
- Maintains visual and acoustic performance.
Applications:
- High-End Professional Studios
- Home Studios
- Rehearsal Rooms
- Home Cinemas
- Dedicated Listening Rooms
- Public Buildings
- Professional and Home Offices
- Server Rooms
- Custom Enclosures
- And more
Technical Details:
- Product Name: Column4 Panel 12″ x 48″ x 6″
- Product Size: 12″ x 48″ x 6″ (305mm x 1220mm x 150mm)
- Panels Per Pack: 8
- Area Covered Per Panel: 32sqft (2.97sqm)
- Product Color: Mid Grey or Dark Grey
- Fire Classification: Crib 5 and Schedule 1, Part 1 of the Furnishings and Furniture (fire)(safety) Regulations 1988 (amended 1989)
- Acoustic Foam Density: 30kg/m3
These panels are designed to enhance the acoustic quality of various environments by controlling mid to high frequencies, thereby improving sound clarity and reducing unwanted noise and reverberation.
