Avon Group products play an important role in providing exterior protection, acoustic insulation and cosmetic enhancement for many leading automotive vehicle brands.
Our products are specifically engineered to meet demanding performance criteria and employ a wide variety of material substrates.
These range from engine bay heat protection shields and liners through to bumper baffles and fuel tank foam protectors. We design and manufacture a unique range of vehicle protection components that effectively eliminate the risk of damage on the production line and during shipment.
Protects the exterior of the vehicle from accidental damage on the production line or in transit to the dealership.
Protects the exterior of the vehicle from accidental damage on the production line or in transit to the dealership.
Internal door lining to protect from water ingress.
Formed plastics or non-woven materials that house the wheel. Used to protect the vehicle from stones and enhanced safety for pedestrians and other vehicles.
Foam and rubber gaskets ensuring effective moisture seal.
Prevent water and dust ingress as well as providing noise-damping across the vehicle.
Noise dampening materials used to prevent squeaks and rattles throughout the vehicle.
Lighter and cost-effective alternatives to metal components in a variety of high grade finishes.
Lighter and cost-effective alternatives to metal components in a variety of high grade finishes.
Lighter and cost-effective alternatives to metal components in a variety of high grade finishes.
2D or moulded components used to supress battery noise within the battery casing.
Soft moulded NVH foams with a thick skin used to prevent vibration and noise between the body shell and bumper or bonnet.
Chemical resistant plastic and metal fastenings for fuel lines.
Polyester moulded or 2D components that reduce engine noise and heat transfer from the engine bay to the cabin.
Reduces engine noise and provides a quieter drive through acoustic absorption.
Provide a tight seal for engine airflow, allow movement and provide resistance to extremes of heat and chemical exposure.