VIBRO PANEL MUSHROOM
The distinctive mushroom-head profile enhances the surface area for sound absorption, significantly improving its ability to capture and dissipate sound waves. This results in reduced noise interference and greater clarity in acoustic performance. The material is especially well-suited for environments requiring superior sound control, including home theaters, music rooms, and recording studios.
VIBRO PANEL PYRAMIDS
Pyramid acoustic foam is a widely favoured sound-absorbing material, known for its visually appealing design and outstanding acoustic performance. Its distinctive four-sided conical structure not only enhances absorption but also introduces a degree of sound diffusion, contributing to a more dynamic and vibrant acoustic environment.
VIBRO PANEL WEDGE
Wedge-shaped acoustic foam plays a vital role in sound-absorbing systems. When integrated with complementary materials, it contributes to the creation of a wideband absorber. Its modular design enables flexible configurations, making it suitable for a diverse range of environments—including recording studios, control rooms, listening rooms, production studios, home theaters, and performance halls.
VIBRO STUD MOUNTS VRSM
Rubber Stud Mounts are vibration‑damping components designed to isolate and reduce the transmission of vibration, noise, and shock between machinery and supporting structures. Stud mounts or Rubber vibration dampers play a significant role in the reduction and isolation of vibrations from the machinery to the surroundings.
These mounts consist of a metal core (alloy steel) bonded with high‑quality rubber, offering excellent flexibility, durability, and vibration absorption. They are suitable for both static and dynamic applications across industrial, commercial, and domestic environments.
VIBRO VCHS SPRING HANGER
VIBRO spring hangers are composed of free-standing, laterally stable steel springs combined with a molded elastomer element, all housed within a stamped and welded steel bracket. The brackets feature a durable powder-coated finish and include color-coded springs for easy identification. To ensure stability, each spring provides a lateral stiffness equal to or greater than its rated vertical stiffness. The brackets are engineered to withstand overloads up to 1.5 times without damage. These hangers are manufactured with deflection ratings starting from 1″ (25 mm) and load capacities ranging between 3 and 1500 kg.
A dedicated fan coil vibration isolator has been designed to meet installation needs. This isolator offers high damping, a low natural frequency, easy installation, and cost efficiency, making it especially suitable for environments where comfort and quiet operation are essential. The VIBRO HANGER suspension-type spring isolator is widely used in fan coil units and other small equipment. In central air-conditioning projects, using these hangers improves unit performance, extends service life, and minimizes noise and vibration disturbances to the surrounding areas.
For ceiling-mounted applications, these products are used to minimize vibration transmission from mechanical equipment, HVAC piping, air ducts, and suspended devices that generate high-frequency vibrations. Effective vibration and sound insulation are especially crucial in mechanical rooms, recording studios, and broadcasting facilities, preventing noise and vibration transfer to structural elements such as ceilings and roofs.
A dedicated fan coil vibration isolator has been designed to meet installation needs. This isolator offers high damping, a low natural frequency, easy installation, and cost efficiency, making it especially suitable for environments where comfort and quiet operation are essential. The VIBRO HANGER suspension-type spring isolator is widely used in fan coil units and other small equipment. In central air-conditioning projects, using these hangers improves unit performance, extends service life, and minimizes noise and vibration disturbances to the surrounding areas.
VIBRO VCHSN RUBBER HANGER
VIBRO HANGER spring hangers are composed of free-standing, laterally stable steel springs combined with a molded elastomer element, all housed within a stamped and welded steel bracket. The brackets feature a durable powder-coated finish and include color-coded springs for easy identification. To ensure stability, each spring provides a lateral stiffness equal to or greater than its rated vertical stiffness. The brackets are engineered to withstand overloads up to 1.5 times without damage. These hangers are manufactured with deflection ratings starting from 1″ (25 mm) and load capacities ranging between 3 and 80 kg.
For ceiling-mounted applications, these products are used to minimize vibration transmission from mechanical equipment, HVAC piping, air ducts, and suspended devices that generate high-frequency vibrations. Effective vibration and sound insulation are especially crucial in mechanical rooms, recording studios, and broadcasting facilities, preventing noise and vibration transfer to structural elements such as ceilings and roofs.
VIBRO VHN DATA SHEET
VIBRO VHN Hanger Elements are engineered vibration‑control components designed to reduce the transmission of structure‑borne noise and vibration from suspended light‑duty mechanical systems. These systems typically include HVAC piping, ductwork, small fans, and auxiliary suspended equipment. The VHN series incorporates an elastomeric insert operating in shear, combined with a high‑strength steel load washer, providing an efficient and compact isolation solution where installation space does not permit the use of full hanger brackets.
The elastomer‑in‑shear configuration significantly enhances deflection capability, reduces material fatigue, and ensures stable long‑term isolation performance. This design prevents vibration propagation into the building structure, supporting both acoustic comfort and structural protection.
VIBROFLEX – FLEXIBLE HOSE VRFH -MBFB AND MBFS
Flexible connectors consist of an elastomeric hose protected by a stainless steel outer braid and crimped ferrules. They are designed to provide a flexible, pressure‑tight connection between mechanical equipment and pipework, while limiting vibration and noise transmission and accommodating minor misalignment.
They are designed to provide a flexible, pressure‑tight connection between mechanical equipment and pipework, while limiting vibration and noise transmission and accommodating minor misalignment.
VIBROLAG PIPE ACOUSTIC LAGGING
VIBROLAG Pipe Acoustic Lagging is engineered to minimize airborne noise breakout from ductwork and pipework systems. The product comprises a mass‑loaded limp polymer barrier bonded to a resilient decoupling layer of fire‑resistant fiberglass. This composite construction delivers effective acoustic isolation and ensures compliance with relevant Building Regulations and acoustic performance criteria specified by consultants and contractors.
VIBROLAG TAPE
VIBRALAG FSK Aluminum Foil Tape is 3-way Foil-Scrim-Kra backing, combined with a transparent high performance synthetic rubber-resin adhesive, protected by an easy-release silicone release paper.
The information provided serves only as a general summary and overview of topics of interest. VIBRO Isolation Limited., accepts no responsibility for any incidental or consequential damages, whether direct or indirect, nor for losses arising from failure to follow applicable industry/product standards or from the improper use of VIBRO products. As construction practices may vary, any situations not specifically addressed should be referred to VIBRO Isolation Limited for evaluation. To ensure suitability for actual site conditions, certified testing is strongly recommended. It is recommended to seek further advice on your application with our technical staff prior to use.
VIBROPAD VRSN
The VRSN Vibro Isolation Pads are precision engineered from high quality bridge bearing neoprene with a
hardness rating of 60–80 durometer. These pads are designed to deliver excellent water resistance,
resilience, and long service life, making them suitable for demanding vibration isolation applications.
