Frequently Asked Questions

Ventac specialises in providing acoustic and thermal solutions and noise control products for various industries. We offer expertise in reducing noise pollution and improving sound quality through acoustic and thermal testing and custom-designed solutions. Our services and products cater to sectors such as vehicles, building and industrial. Our Irish Headquarters are home to Ireland’s only Innovation and Acoustics Laboratory, which is one of Europe’s leading test centres.

To get in touch with us, you can use the following contact information:

Headquarters: Ventac, Fitzwilliam House, Blessington, Co. Wicklow, Ireland

Phone: +353 (0)45 851500

Email: info@ventac.com

Additionally, you can visit Our Team to find details of a specific team member or fill out a Contact Form for more specific inquiries.

To place an order with us, require specific information about our products or services or to get a quotation for your specific requirements, reach out using the following contact details:

Phone: +353 (0)45 851500

Email: info@ventac.com

Contact Form

Our Headquarters in Ireland operates from 8:00 AM to 4.30 PM Monday to Thursday​ and 8:00 AM to 3.30 PM on Fridays.

We offer a variety of acoustic solutions tailored to different industries and needs. Here are some of our key offerings:

• Sound Insulation: Solutions designed to reduce noise transmission through walls, floors, and ceilings.
• Acoustic Enclosures and Screens: Used to contain noise within a specific area, ideal for industrial and machinery applications.
• Acoustic Louvres and Attenuators: Designed to reduce noise while allowing airflow, commonly used in HVAC systems.
• Anti-Vibration Products: Includes mounts, mats, and pads to minimize vibration and noise in various applications.
• Floor Mats and Headliners: Acoustic materials used in vehicles to reduce noise.
• Remote Monitoring and Testing: Tools like the Ventac App for remote acoustic testing and monitoring​.

Yes, we offer thermal testing using our Thermal Camera, which helps us develop products like our Thermal Battery Wrap to encapsulate the battery of an electric vehicle.

We serve a variety of industries by providing specialised noise control solutions tailored to the unique needs of each sector. The primary industries we serve include:

• Vehicle Industry: We offer solutions to reduce noise within a wide range of vehicles, focusing on components like engine bays, exhaust systems, and interior trims to improve comfort and comply with noise regulations.
• Industrial and Building: For the industrial sector, we provide acoustic testing and noise control products for buildings, including wall partitions, floors, doors, and ventilation systems to enhance sound insulation and reduce noise pollution.
• Agricultural Equipment: We develop noise control solutions for farm machinery, including tractor cabs and other agricultural vehicles, to protect operators from high noise levels and ensure compliance with occupational health standards.
• Electric Vehicles: We create bespoke solutions for electric vehicles, targeting noise sources such as motors and drive systems to reduce overall noise levels and enhance the acoustic comfort of these vehicles.
• Specialist Vehicles: This includes emergency vehicles, military and emergency vehicles, and other specialised transport where noise control is critical for operational effectiveness and safety.

We are ISO 9001:2008 and ISO 14001:2015 accredited, and our materials are regulated to R118 fire safety standards. 

Yes, we can assist with custom acoustic design projects. we offer a comprehensive range of noise control services that include acoustic testing, custom design, engineering, and manufacturing tailored to the specific needs of our clients. Our solutions cover thermal insulation, noise, and vibration control, and are developed in partnership with customers to meet the exact requirements of each project​.

Acoustic testing is the process of measuring sound characteristics in various environments to ensure that noise levels meet specific standards and requirements. This type of testing is critical in industries where controlling noise is important for regulatory compliance, product development, and ensuring comfort and safety. Here are the main aspects of acoustic testing:

• Sound Level Measurement: This involves measuring the intensity of sound, usually in decibels (dB), using devices such as sound level meters. It helps to assess the noise exposure in a given environment.
• Frequency Analysis: Analysing the frequency content of the sound to understand its characteristics. This is crucial for identifying specific sources of noise and addressing them appropriately.
• Sound Insulation Testing: Evaluating the ability of walls, floors, and other structures to block sound transmission from one area to another. This is essential in the industrial sector and building design to ensure privacy and reduce noise pollution.
• Vibration Testing: Measuring the vibrations that can cause noise, especially in machinery and vehicles. This helps in designing products that operate more quietly.
• Environmental Noise Assessment: Assessing the noise levels in outdoor environments, such as near highways, airports, and industrial sites, to ensure compliance with environmental noise regulations.

At Ventac, for example, we use advanced acoustic testing and analysis methods to provide high-performance noise control solutions both in our Acoustics Laboratory and with remote testing devices. We offer services such as testing, analysis, and custom design to meet the specific needs of our clients across various industries​. Learn more about our acoustic testing here

An acoustics laboratory is a specialised facility designed for the study, measurement, and analysis of sound and vibration. These laboratories are equipped with advanced tools and instruments to conduct detailed acoustic testing and research. Here are some key features and functions of an acoustics laboratory:

• Sound Measurement and Analysis: Acoustics laboratories are equipped with devices such as sound level meters, microphones, and frequency analysers to measure and analyse sound levels, frequency, and other acoustic properties.
• Reverberation Chambers: These are specialized rooms with specially designed surfaces used to measure the reverberation time of materials and spaces, which helps in understanding how sound behaves in enclosed spaces.
• Sound Insulation Testing: Facilities in an acoustics lab can include setups for testing the sound insulation properties of materials, walls, floors, and ceilings to determine their effectiveness in blocking sound transmission.
• Vibration Testing: The laboratory often includes equipment for measuring vibrations in structures and machinery, which can be crucial for understanding and mitigating noise caused by mechanical vibrations.
• Product Testing: Acoustic laboratories can test a wide range of products, from household appliances to automotive components, to ensure they meet noise emission standards and improve their acoustic performance.
• Research and Development: These labs play a crucial role in R&D for new materials and technologies aimed at improving noise control and sound quality in various applications.
• Acoustic Modelling and Simulation: Using advanced software, acoustics laboratories can model and simulate the acoustic properties of different environments and materials to predict their behaviour before physical prototypes are built.

Our Acoustics Laboratory offers a range of acoustic testing and analysis services. Our facilities include specialised chambers for both sound and vibration testing to provide high-performance acoustic solutions. Our Acoustics Laboratory is essential for advancing our understanding of sound and developing effective noise control solutions across various industries.

Acoustic imaging is a technique we use to visualise sound waves and their interactions with objects and environments. It is a powerful tool for us to identify and analyse sound sources, understanding acoustic environments, and diagnosing issues related to noise and vibration. We use special acoustic cameras for this process.

An acoustic camera is a device used for visualising sound sources in real-time. It combines acoustic measurements with visual imaging to create a representation of sound in a spatial context. We use acoustic cameras in our Acoustics Laboratory and onsite at our clients’ facilities.

Thermal imaging, also known as thermography or infrared thermography, is a technology used to capture and visualise the infrared radiation emitted by objects and environments. We carry out thermal imaging tests with a Thermal Camera to develop our Thermal Battery Wrap used to encapsulate the battery in an electric vehicle.  

Several factors contribute to avoidable noise in vehicles. We focus on providing noise control solutions, like acoustic insulation materials, soundproofing technologies, and engineering services aimed at optimising vehicle acoustic performance across these various areas. These factors can originate from various sources within the vehicle and its environment. Here are some key causes of avoidable noise:

• Engine and Powertrain Noise: The combustion process in engines and the operation of powertrains – including transmission and drivetrain components – can generate significant noise. Engine components, exhaust systems, or inadequate insulation can amplify this noise.
• Exhaust and Intake Noise: The exhaust system and components can produce noise due to airflow and pressure. Exhaust pipes, mufflers, or ventilation systems can contribute to unwanted noise levels.
• Road and Tyre Noise: Interaction between tyres and road surfaces generates noise, particularly at higher speeds. Specific tyre design, road surface irregularities, and inadequate sound insulation can lead to increased road and tyre noise inside the vehicle cabin.
• Vibrations: Vibrations from an engine, drivetrain, or road surface can cause parts of the vehicle to resonate, amplifying noise. Vibrations can occur in panels, windows, and interior components if not properly dampened or isolated.
• Electrical and HVAC Systems: Electrical components, including fans, motors, and HVAC (Heating, Ventilation, and Air Conditioning) systems, can generate noise if they are not adequately insulated.
• Interior Trim and Components: Interior materials and components, such as dashboard, seats, and door panels, can resonate or transmit noise if they are not insulated.

In a vehicle, several components and conditions contribute to generating significant noise levels. Effective noise control measures typically involve identifying and mitigating these sources through the use of acoustic materials, insulation, damping treatments, and optimised vehicle design. Reducing noise from these loudest parts not only improves comfort but also enhances the overall driving experience and vehicle quality.

Here are some of the loudest parts and sources of noise in a typical vehicle:

• Engine: The engine is a primary source of noise in vehicles, especially during acceleration and high RPMs. Combustion noise, mechanical vibrations, and exhaust system noise all contribute to the overall engine noise.
• Exhaust System: The exhaust system can generate considerable noise due to the flow of exhaust gases and pressure fluctuations.
• Tyre and Road Noise: Interaction between the tyres and the road surface generates noise, particularly at higher speeds. Tyre design, road surface condition, and vehicle speed all influence the amount of road noise transmitted into the cabin.
• Wind and Airflow: Airflow around the vehicle can create unwanted noise, which can be significant at higher speeds. 
• Transmission and Drivetrain: Transmission gears and drivetrain components can produce noise due to mechanical friction, gear meshing, and bearing operation, especially during speed changes.
• HVAC System: A HVAC system includes components such as fans, blowers, and air ducts, which can generate noise when operating at higher fan speeds.
• Brakes: Braking systems can produce noise due to friction between brake pads and rotors or drums. This noise can vary depending on braking intensity and vehicle speed.
• Interior Trim and Panels: Vibrations and resonances in interior trim panels, dashboard, doors, walkways and seats can amplify noise from external sources or mechanical components within the vehicle.
• Electrical Components: Motors and other electrical components in the vehicle can produce noise during operation.

In general, acceptable noise levels in vehicles can vary depending on the context and the specific area within the vehicle. Here are some typical guidelines for noise levels in different parts of a vehicle:

• Interior Cabin: The interior cabin of a vehicle is where passengers sit, and it’s crucial for comfort and communication. Acceptable noise levels in the cabin are typically measured in terms of A-weighted decibels (dBA). Here are some guidelines:
  • At idle or low speeds: Less than 45-50 dBA is considered quiet.
  • At cruising speeds (highway speeds): Less than 65-70 dBA is considered comfortable for most passengers.
  • Peaks in noise levels (such as during acceleration or passing): Up to 80-85 dBA may be acceptable for short durations.
• Exterior Noise (Pass-by Noise): This refers to the noise emitted by a vehicle as it passes by an observer or when measured at a certain distance from the vehicle. Regulations often dictate maximum noise levels for vehicles:
  • In many regions, passenger cars are typically required to meet pass-by noise limits around 72-75 dBA at specific speeds and distances (e.g., 50 km/h at 7.5 meters).
• Engine Compartment: Within the engine compartment, noise levels can be higher due to the operation of the engine, exhaust system, and other mechanical components. However, efforts are made to minimize noise transmission into the cabin and ensure that noise levels are not excessive.
• Other Areas: Noise levels in areas such as trunk compartments, underbody, and wheel wells are also considered, particularly for electric vehicles where road and tire noise might be more noticeable.

The aim in setting acceptable noise levels in vehicles is to ensure passenger comfort, minimise driver fatigue, and comply with regulatory standards related to vehicle noise emissions. We design various solutions such as acoustic insulation and sound-absorbing materials to achieve quieter vehicle conditions and comply with noise regulations.

Yes – we can provide products and solutions for both indoor and outdoor noise control applications, which is particularly important to the [Industrial Sector]. Our approach to both indoor and outdoor noise control involves understanding the specific noise sources, environmental conditions, acoustic testing, and regulatory requirements. We provide customised [Solutions] that integrate acoustic engineering expertise with high-quality materials to effectively reduce noise levels and improve overall environmental comfort and compliance. Here’s how we address each of these environments:

• Indoor Noise Control:
  • Building Acoustics: Ventac offers acoustic materials and solutions for improving indoor acoustics in various commercial and private settings. Ventac provides noise control solutions for industrial environments where noise levels from machinery, HVAC systems, and manufacturing processes need to be managed to comply with health and safety regulations. This may include acoustic enclosures, barriers, and acoustic insulation materials.
• Outdoor Noise Control:
  • Environmental Noise Barriers: We design and supply noise barriers for outdoor applications, such as alongside roads and industrial sites. These barriers are effective in reducing noise transmission to nearby residential or sensitive areas.
  • Construction Noise: Ventac offers solutions for mitigating construction noise through temporary barriers and enclosures, helping to minimise noise disturbance to nearby communities during building or infrastructure projects.

In the building sector, avoidable noise can arise from various sources and conditions both within and outside of buildings. Managing these sources effectively requires understanding the factors contributing to noise generation and transmission. Addressing avoidable noise in the building sector involves implementing noise control measures during building design, construction, and occupancy phases. These measures may include the use of sound-insulating materials, acoustic treatments, vibration isolation, and appropriate placement of mechanical equipment. We provide solutions to mitigate noise and enhance comfort for building occupants, ensuring compliance with regulatory standards and improving overall quality of life. Here are some common causes of avoidable noise in the building sector:

• Exterior Sources:
  • Traffic Noise: Noise from road traffic, including cars, trucks, and buses, especially near highways or busy streets.
  • Aircraft and Airport Noise: For buildings near airports, noise from aircraft take-offs and landings can be significant.
  • Construction and Demolition: Noise generated by construction activities such as drilling, hammering, and heavy machinery.
• Interior Design and Layout:
  • Room Acoustics: Inadequate acoustic design within rooms, such as reverberation or sound reflection issues, can increase noise levels.
  • Flooring and Ceiling Materials: Certain types of flooring and ceiling materials may not provide adequate sound insulation, allowing noise to travel between floors and rooms.
  • HVAC Systems: HVAC systems, including fans, compressors, and ductwork, can generate noise due to airflow, motor operation, and vibration.
  • Water facilities: Water pumps, pipes, and valves can create noise from fluid flow, pressure changes, and mechanical vibrations.
  • Generators and Transformers: Electrical generators, transformers, and switchgear can emit noise from electrical operations and cooling mechanisms.
  • Human Activities: Noise generated by occupants, such as footsteps, conversations, and activities like taking meetings or audio use, can contribute to overall noise levels.

A noise barrier for buildings, also known as an acoustic barrier, is one of the many Industrial Noise Control products we offer. It is a specially designed structure to reduce the transmission of noise from external sources into the interior of a building or from one area to another within a building. The primary purpose of an acoustic barrier is to block unwanted noise, improving the acoustic environment on building sites, roof spaces and more.

Environmental noise refers to unwanted or harmful noise generated from various sources in the environment. It includes noise produced by transportation (such as road traffic, railway, and aircraft), industrial activities, construction sites, recreational activities, and other human-made sources. Environmental noise can also originate from natural sources such as wind, waves, and wildlife.

An employer must assess the level of noise in the workplace. If any workers are exposed to a daily personal noise exposure above 80dB (A), then appropriate measurements must be taken in accordance with the regulations and the original EU Directive i.e. carry out an occupational noise assessment.

OSHA sets legal limits on noise exposure in the workplace. These limits are based on a worker’s time weighted average over an 8-hour day. With noise, OSHA’s permissible exposure limit (PEL) is 90 dBA for all workers for an 8-hour day. It is important to note that regulations differ from country to country. Here at Ventac, we’re here to design the most comfortable environment to suit specific needs and regulations.