Controlling noise in industrial settings isn’t a luxury – it’s essential for safety, comfort, and productivity. Constant machine noise and vibrations not only disrupt daily operations but also impact long-term performance and employee well-being. Many acoustic panels on the market sound promising, yet quickly prove unreliable and wear out fast – turning your investment into wasted dollars. That’s why BitCork Pro panels stand out: a durable fusion of natural cork and butyl, engineered to deliver reliable noise control in demanding industrial environments.
Noise Control
Industrial-Grade Design
Safe & Reliable
Built to Last
Professional Soundproofing
Premium Quality
FAQ – Everything You Need to Know
WHERE DO BITCORK PANELS DELIVER THE BEST RESULTS?
BitCork panels are specifically designed for industrial use – ideal for reducing machinery noise in production plants, workshops, or areas with high mechanical activity.
They also work extremely well as partitions separating noisy zones from quieter spaces – for instance, dividing a busy factory floor or meeting area from adjacent offices where focus is essential.
WHAT ARE BITCORK PANELS MADE OF?
These panels are constructed with multiple layers: a 3 mm butyl core, encased on both sides with natural cork. This unique blend combines density with sound absorption, creating a barrier far superior to standard acoustic foams or mats.
WHICH PANEL THICKNESS IS BEST FOR INDUSTRIAL FACILITIES?
For industrial spaces, panels featuring a 3 mm butyl core offer the most effective performance. Four options are available depending on your needs:
- 9 mm – a cost-conscious choice for basic noise control,
- 11 mm – affordable with improved performance,
- 13 mm – the best all-around option for most applications,
- 15 mm – the premium solution for maximum acoustic insulation.
HOW SHOULD BITCORK PANELS BE INSTALLED?
The most effective installation method is with contact adhesive – we recommend Wakol D-3540. For best results, make sure the surface is clean, dry, and level before applying, ensuring the panels adhere securely and stay in place long-term.
WHY IS CORK USED FOR MACHINE INSULATION?
Cork is a natural material with excellent sound absorption properties. Its porous cellular structure traps sound waves, dispersing them instead of reflecting them back.
That’s why cork has long been used in both residential acoustics (to minimize echo and block noise transfer between rooms) and industrial settings – wherever machine noise, vibration, or reverberation needs to be reduced effectively.
WHY IS BUTYL A CORE MATERIAL FOR INDUSTRIAL PANELS?
Butyl is a dense, flexible material that blocks sound transmission extremely well – particularly at low frequencies and with heavy vibrations generated by industrial equipment.
When paired with cork, it forms a high-performance acoustic barrier. The butyl core prevents noise from passing through, while the cork layer absorbs and disperses sound. This makes BitCork panels a reliable solution even in the toughest environments where standard insulation fails.
CAN BITCORK PANELS SERVE AS A CORK BOARD?
Of course. Thanks to the layer of natural cork, the panels can also be used as a practical board where you can easily attach notes with pins.
CAN THE SURFACE OF BITCORK PANELS BE PAINTED?
Yes, they can be painted. You can also finish them with plaster or cover them with plasterboard.
Noise generated by technology is one of the most common challenges in modern workplaces. It doesn’t just make conversations and focus more difficult – over time it also impacts team comfort, efficiency, and overall performance. In facilities where the constant hum of machinery bounces off every wall and ceiling, practical solutions are a must. BitCork panels, made with a blend of butyl and natural cork, cut down on sound transfer effectively. They provide a straightforward way to improve the work environment, make better use of space, and shield employees from the negative effects of noise exposure.
#1 SOUND INSULATION AND MACHINE NOISE CONTROL
In industrial facilities, noise is more than just an inconvenience – it’s a genuine roadblock to productivity. Loud equipment, ventilation units, conveyor systems, and other technical machinery produce noise that travels through walls, reverberates across spaces, and distracts nearby employees. That’s why BitCork panels are widely used to reduce industrial noise – wherever a strong, dependable barrier is required between the source and the workspace.
This solution isn’t limited to heavy machinery. BitCork is also a smart choice for separating rooms with different acoustic needs – such as keeping a lively meeting space from interfering with a quiet office area. By lowering sound transmission, you gain more control over your environment and create a workplace that truly supports focus and performance.
#2 HIGH-PERFORMANCE BUTYL & CORK PANELS
Cork’s porous structure naturally breaks up mid- and high-frequency sound waves. This makes it ideal for areas where echo and reverberation need to be reduced – such as large technical rooms, conference halls, or staff areas near production floors.
Butyl, on the other hand, works differently. Its density and flexibility allow it to block low-frequency noise – things like heavy machinery vibration, equipment rumble, or bass tones that typically pass straight through lightweight building materials.
By combining these two layers, you get a dual-action barrier that not only absorbs sound but also blocks it. That means stronger soundproofing under demanding conditions – without makeshift fixes or short-term solutions.
#3 WHEN FOAM PANELS FALL SHORT
Many companies new to acoustic insulation often start with the cheapest options available – thin foam sheets, lightweight mats, or basic cladding. While these might help temporarily, in industrial settings their effectiveness and durability fade quickly.
For loud equipment, heavy vibrations, and high noise levels, you need materials designed to handle the challenge long-term. That’s why BitCork panels – combining cork and butyl – deliver a far more effective and long-lasting solution. In an industrial environment, the goal isn’t just to soften the noise for a while, but to provide reliable performance over the years – without constant seasonal replacements.
#4 CORK – A NATURAL ADVANTAGE
While cork is often linked with everyday uses (like bulletin boards or wine stoppers), it has become one of the most remarkable materials in modern industry. Most importantly, harvesting cork doesn’t require cutting down trees. The bark is carefully removed by hand without harming the tree itself.
As a result, cork has one of the lowest carbon footprints of any insulating material. Unlike plastics or synthetic foams, it is 100% biodegradable, making it both effective and eco-friendly.
| Butyl Thickness (Core) | 3 mm |
| Thickness of Cork (Both sides combined) | 6 mm |
| Total Panel Thickness | 9 mm |
| Possibility of return | no return possible (custom made product) |
