VIBRO ISOLATOR
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VIBRO BARRIER ACOUSTIC BARRIER
VIBRO Barrier is a high-performance, mass-loaded flexible acoustic barrier engineered for superior sound isolation. Designed to minimize noise breakout from pipes, valves, fan housings, and ductwork, it is ideal for both pipe and duct lagging applications across commercial, industrial, and residential environments.
Also known as a Mass Loaded Vinyl (MLV) Barrier, this limp-mass material effectively blocks unwanted noise and reduces sound transmission without compromising space. It is purpose-built to meet the acoustic demands of domestic, commercial, industrial, and automotive sectors.
The dense core mass layer reflects and absorbs sound transmission through walls, ceilings, and floors particularly effective against critical frequencies generated by mechanical equipment, engines, and electronic audio systems. Prevents resonance issues commonly associated with thin, rigid materials, ensuring consistent acoustic performance.
The foil-faced variant enhances fire-retardant properties, making it suitable for applications with elevated safety requirements. Easily cut and fabricated around pipe penetrations, ducting, and cabling. Its high tensile strength and tear resistance allow for long vertical installations, even in space-constrained environments.
VIBRO BASE INERTIA VRCB
Model VRIB – VIBRO BASE inertia base frames, once filled with concrete, fully comply with all inertia base specifications. When paired with appropriate VIBRO ISOLATORS, they deliver superior performance in equipment isolation, structural support, secure anchorage, and effective control of vibration amplitude.
These frames feature a distinctive structural configuration that combines perimeter channels, isolator mounting brackets, reinforcing steel rods, anchor bolts, and concrete fill into a unified load transfer system. This design strategically employs steel under tension and concrete under compression, achieving exceptional strength and rigidity with minimal steel usage. Inertia bases constructed with VIBRO BASE frames demonstrate greater stiffness and durability compared to conventional designs that rely on heavier steel components.
VIBRO CLIP RESILIENT SOUND ISOLATION CLIP
VIBRO CLIP is a resilient sound isolation clip used to isolate acoustic floating wall & ceiling from main structure walls and ceilings. VIBRO CLIP creates a high STC (sound transmission classification) rating for your wall or ceiling assembly and offers an economical method to “float” your walls or ceilings. These isolation clips are used for vibration control of structure-borne noise and help build assemblies that will more effectively block airborne noise transmission
To complete an envelope, secondary walls must be introduced with the same consideration given to mass and air gap as covered in the floor discussion. The best approach is resting these walls on the perimeter of the floating floor so the floor isolation system serves the walls as well. If this is not possible, the second choice is supporting the isolated wall on the structural slab with continuous rubber strip.
With its durable design, ease of installation, and proven acoustic benefits, VIBRO CLIP provides an advanced, reliable, and cost-effective solution for modern soundproofing needs.
VIBRO CONNECTORS VRSF
VRSF flexible expansion joints commonly referred to as rubber joints are engineered to absorb movement, isolate vibration, and reduce noise in piping systems across a wide range of industrial applications. These joints are widely utilized in water supply and treatment, electrical utilities, chemical processing, and marine mooring systems due to their robust performance and versatile material compatibility.
The rubber body of each expansion joint is constructed using a multi-layered vulcanization process:
- Inner Layer: Tailored to suit the conveyed medium, using rubber types such as NR, SBR, IIR, NBR, EPDM, CR, FKM, etc., depending on chemical and thermal requirements
- Reinforcement Layer: Made of high-strength nylon cord fabric to ensure pressure containment and structural integrity
- Outer Layer: Composed of aging-resistant polar rubber for long-term durability in exposed or corrosive environments
VIBRO CONNECTORS VRTF
VRTF double sphere rubber expansion joint is a high-performance flexible connector designed to absorb vibration, reduce noise, and accommodate multi-directional movement in piping systems. Compared to single sphere rubber joints, the double sphere configuration offers an extended installation length, effectively addressing limitations associated with short-length rubber connectors. This makes it particularly suitable for applications requiring greater flexibility and displacement absorption.
The joint comprises a dual-sphere rubber body and flanged end connections. The rubber element is formulated for softness and elasticity, allowing it to dampen dynamic forces and compensate for thermal expansion and contraction caused by temperature fluctuations. However, it is essential that the joint is installed within its rated movement limits to ensure safe and reliable operation.
VIBRO CONNECTORS VRTU
VRTU threaded flexible connectors is a high-performance flexible connector designed to accommodate movement, reduce vibration, and isolate noise in pipeline systems. Engineered for durability and versatility, it offers excellent elasticity, airtight sealing, resistance to a wide range of media, and robust weatherproofing—making it suitable for demanding industrial and commercial applications.
Constructed using a vulcanized double-ball rubber body and a movable metal joint, the expansion joint comprises three key layers:
- Inner Layer: Heat-resistant rubber for thermal stability and chemical resilience
- Reinforcement Layer: High-strength cotton cord fabric for structural integrity and pressure resistance
- Outer Layer: Aging-resistant rubber for long-term durability in exposed environments
- Forged or cast steel (available in round or square profiles)
- Surface finish: Galvanized for corrosion protection and extended service life
VIBRO FLEX VBS
VIBRO FLEX Braided Stainless Steel Flexible Connectors are designed to effectively absorb and relieve stresses that occur due to piping misalignment, thermal expansion, or minor installation inaccuracies. Each connector consists of a corrugated stainless-steel tube that provides flexibility, while the surrounding stainless-steel wire braid offers reinforcement, strength, and pressure resistance. By combining these features, the connectors not only enhance the durability of the piping system but also help in reducing transmission of mechanical noise and vibration. This makes them highly effective when installed in systems connected to pumps, compressors, and other types of pulsating or rotating equipment, where vibration isolation and noise control are critical for maintaining system performance and extending equipment life.
VIBRO FLEX VSEJ
VIBRO FLEX St.Steel expansion joints are primarily designed to absorb dimensional changes in pipelines caused by thermal movement. They are made of bellows formed from thin-walled stainless-steel tubing. Compared to other methods of accommodating pipe movement, such as pipe loops or slip-type joints, bellows expansion joints are more efficient. Pipe loops occupy excessive space, while slip joints demand frequent maintenance. Moreover, both loops and slip joints can only accommodate movement along the pipe axis. In contrast, bellows expansion joints are compact, maintenance-free, and capable of absorbing multiple types of movement.
VIBRO FLEX bellows expansion joints are offered with flanged, welded, grooved, or threaded ends. Internal liners are available to protect the bellows’ inner surface from erosion and to reduce vibrations caused by fluid flow. Additional options include tie rods for movement control and shrouds that shield the bellows from damage in buried installations. For proper anchoring and guiding of pipelines with expansion joints and to avoid joint extension or buckling due to pressure thrusts consult Akinco for expert guidance.
VIBRO HANGER NEOPRENE
VIBRO HANGER Model VCHN Vibration Isolation Hangers are specifically engineered to effectively mitigate the transmission of vibration and structure-borne noise generated by suspended light mechanical systems, including piping networks, ductwork, and associated equipment. These hangers play a critical role in maintaining acoustic comfort and structural integrity by isolating dynamic loads and preventing vibration propagation through building elements.
Each Model VCHN Hanger integrates a color-coded elastomer insert operating in shear, paired with a high-strength steel load washer, all securely assembled into a precision-formed or welded steel hanger bracket. The use of elastomer in a shear-loaded configuration, rather than the conventional compression mode, provides significant technical advantages. Shear loading increases the permissible deflection range of the elastomer, thereby enhancing strain capacity while simultaneously minimizing material fatigue and long-term degradation. This results in improved service life and consistent vibration isolation performance over extended operational periods.
The color-coded elastomer system ensures accurate load identification and selection, allowing engineers to match hanger capacity to the specific weight and vibration characteristics of the suspended system. Furthermore, the combination of stamped or welded steel bracket construction ensures both mechanical robustness and flexibility of application across a wide range of installation environments.
From a cost-performance perspective, the VCHN Hanger represents a highly economical vibration control solution. Its optimized elastomer utilization, reduced wear rate, and simplified installation requirements contribute to lower lifecycle costs while delivering superior vibration attenuation compared to traditional compression-based isolation hangers.
In summary, the Model VCHN Hangers embody a unique and efficient application of elastomeric technology in vibration isolation systems—providing durability, reliability, and acoustic performance in HVAC, piping, and ductwork installations.
VIBRO ISOLATOR VRSHI
VRSIH housed spring isolators are high-performance vibration control units designed to deliver substantial deflection while maintaining structural restraint. Each unit incorporates large-diameter, laterally stable steel springs housed within a fabricated steel enclosure to prevent excessive movement and ensure safe operation under dynamic, seismic, or wind-induced conditions.
The spring assembly is mounted between precision-engineered top and bottom load plates. The upper plate includes integrated leveling bolts, locknuts, and washers for accurate equipment alignment and secure attachment. The bottom plate features a non-skid neoprene isolation pad and bolt provisions for anchoring to the supporting structure.
VIBRO ISOLATOR VRSIF
These high-deflection, free-standing spring isolators feature large-diameter, laterally stable steel coils that are unhoused and engineered for optimal performance. Each spring assembly is integrated into a robust upper load plate with a precision leveling mechanism to ensure consistent load distribution and ease of installation.
- Light-Duty Configuration: For lower load capacities, the isolators are equipped with molded neoprene bottom load plates, offering effective vibration damping and acoustic isolation.
- Heavy-Duty Configuration: For higher load applications, the steel springs are securely welded to a heavy-gauge steel bottom load plate. A neoprene isolation pad is bonded to this plate to enhance vibration attenuation and reduce structure-borne noise.
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- Spring Geometry: The ratio of spring diameter to compressed height under rated load is maintained at a minimum of 0.8, ensuring lateral stability and consistent performance.
- Corrosion Protection: Springs are finished with an epoxy powder coating, tested to withstand up to 1000 hours of salt spray exposure for enhanced durability in harsh environments.
- Acoustic Isolation: A neoprene friction pad is incorporated to act as a sound break, effectively minimizing the transmission of high-frequency vibrations.
- Vibration Isolation Efficiency: The system achieves a vibration isolation efficiency exceeding 95%, making it suitable for sensitive equipment and noise-critical installations.
- Structural Integration: Bottom plates are pre-engineered with bolt provisions to facilitate secure anchoring to the supporting structure.
- Stability Assurance: Lateral stiffness of the spring assembly is designed to exceed 1.0 times the rated vertical stiffness, ensuring reliable performance under dynamic loads.
- Overload Capacity: Each spring unit is rated to accommodate a minimum of 50% overload beyond its nominal load capacity. Springs are structurally safe even at solid height compression.
VIBRO ISOLATOR VRSIR
VRSIR Restrained Spring isolators are designed to deliver high-deflection vibration isolation while incorporating structural containment features that prevent excessive movement under dynamic or seismic conditions. These units utilize large-diameter, laterally stable steel springs housed within a rigid frame that limits vertical and horizontal displacement, ensuring safe and predictable performance in demanding environments.
Each spring assembly is integrated into a heavy-duty upper load plate with a built-in leveling mechanism, allowing for precise load distribution and simplified installation. The restrained design ensures that the spring remains securely seated throughout its operating range, even under transient or overload conditions.
VIBRO LAG – ACOUSTIC LAGGING
VIBRO LAYMENT impact resistant acoustic underlays are high quality products suitable for every floor covering. They provide high impact sound insulation values, are very durable and low in emissions. Acoustic Underlay is a permanently elastic material and can be supplied in rolls, sheets or molded parts. Acoustic Underlay is suitable for all applications which require attenuation of impact sound and vibration, durability and resistance to mechanical loads. Acoustic Underlay can be used for a wide variety of sports surfaces, floor covering, impact protection, sheets and tiles for building protection materials for vibration control and anti-slip mats for securing loads. VIBRO LAYMENT acoustic underlay products have an excellent ratio between impact thickness and impact sound improvement with negligible creep behavior, even under high static or dynamic continuous loads. These layers are installed before the floor covering is added, whether it’s carpet, tiles, floorboards or a floating floor. The underlay is rolled out to the subfloor (usually either a wooden frame or concrete slab) all the way to the edge. Our Underlay is a flat, resilient, reduced sound transmission mat made from 94% recycled rubber content, used directly under hard surface floor finishes and over concrete and wood construction.
VIBRO LAYMENT ACOUSTIC UNDELAY
VIBRO LAYMENT impact resistant acoustic underlays are high quality products suitable for every floor covering. They provide high impact sound insulation values, are very durable and low in emissions. Acoustic Underlay is a permanently elastic material and can be supplied in rolls, sheets or molded parts. Acoustic Underlay is suitable for all applications which require attenuation of impact sound and vibration, durability and resistance to mechanical loads. Acoustic Underlay can be used for a wide variety of sports surfaces, floor covering, impact protection, sheets and tiles for building protection materials for vibration control and anti-slip mats for securing loads. VIBRO LAYMENT acoustic underlay products have an excellent ratio between impact thickness and impact sound improvement with negligible creep behavior, even under high static or dynamic continuous loads. These layers are installed before the floor covering is added, whether it’s carpet, tiles, floorboards or a floating floor. The underlay is rolled out to the subfloor (usually either a wooden frame or concrete slab) all the way to the edge. Our Underlay is a flat, resilient, reduced sound transmission mat made from 94% recycled rubber content, used directly under hard surface floor finishes and over concrete and wood construction.
VIBRO PADS VRCP
VRCP Pads are engineered vibration control elements composed of elastomeric layers bonded with cork inserts, forming a multi-layered structure that delivers reliable performance in light-to-medium duty applications. The ribbed surface geometry enhances frictional stability, making these pads suitable for installations requiring non-bolted support.
Constructed using high-grade elastomer and natural cork, the VRCP series is available in single or composite-layer formats. The cork interlayer acts as a natural damping medium, improving load distribution and vibration attenuation. With hardness options ranging from 40 to 80 Shore A, these pads are designed to accommodate varying load intensities while preserving material resilience. The elastomer is formulated to resist degradation from oils and moisture, ensuring the pad remains within its elastic operating range throughout its service life.
Deflection capabilities span from 2 mm to 5 mm, supporting effective isolation across a range of equipment types. VRCP Pads are supplied in modular dimensions of 2″, 3″, 4″, 6″, and 9″, along with full-format 18″ (457 mm) square sheets that can be tailored on-site to meet specific installation needs. Their design is particularly suited for mitigating airborne noise, mechanical shock, and high-frequency vibration in non-critical zones or grade-level installations.
Recommended for use in scenarios where mechanical anchoring is not preferred, VRCP Pads are well-suited for HVAC units, rotating machinery, pumps, chillers, generators, and workshop equipment where vibration control is required without complex mounting provisions.
VIBRO PADS VRNP
VRNP Pads are versatile rubber pad featuring a finely ribbed pattern on both sides. This lightweight mounting pad provides excellent grip and effective vibration isolation thanks to its solid ribbed design.
Manufactured from high-quality elastomer, VRNP pad is available in a double-ribbed configuration. The pads come in 40 – 80 durometer ratings and are engineered to handle maximum loads. The elastomer is resistant to oil and water, designed to remain within the strain limits of the isolator, ensuring durability and long service life.
VRNP Pads are offered with rated deflections between 2 mm – 5 mm and are available in sizes of 2″, 3″, 4″, 6″, or 9″, as well as full 18″ (457 mm) square sheets that can be cut or drilled to suit field requirements. They are ideal for isolating noise, shock, and high-frequency vibration generated by mechanical, industrial, or process equipment installed at grade level or in other non-critical areas.
Best suited for situations where bolting is not desirable and vibration is minor or non-critical, VRNP Pad is recommended for use with HVAC systems, motors, pumps, generators, air conditioning units, chillers, and various machine shop equipment.
VIBRO PADS VRSP
VRSP Pads are high-performance elastomeric mounting pads designed with a finely double-ribbed profile, available in single or multiple layers interleaved with steel shims. This robust yet lightweight configuration ensures superior grip and effective vibration isolation, making it ideal for a wide range of applications.
Manufactured from premium-grade elastomer, the VRSP Pads are offered in configurations featuring double-ribbed surfaces with integrated steel shims for enhanced load distribution. Available in durometer ratings from 40 to 80 Shore A, these pads are engineered to support substantial loads while maintaining structural integrity. The elastomer compound is resistant to oil and water ingress and is formulated to operate within the elastic limits of the isolator, ensuring long-term durability and consistent performance.
Standard deflection ratings range from 2 mm to 5 mm. VRSP Pads are available in standard sizes of 2″, 3″, 4″, 6″, and 9″, as well as full 18″ (457 mm) square sheets that can be easily cut or drilled on-site to meet specific installation requirements. They are particularly effective in attenuating noise, shock, and high-frequency vibration from mechanical, industrial, or process equipment installed at grade level or in non-critical environments.
Ideal for applications where bolting is impractical and vibration levels are moderate or non-critical, VRSP Pads are recommended for use with HVAC systems, pumps, motors, generators, chillers, air conditioning units, and general machine shop equipment.
VIBRO PADS VRWP
VRWP Isolation Pads are precision-moulded vibration control elements fabricated from durable neoprene elastomer, offering consistent performance in moderate-load applications. With a nominal hardness of 50 Shore A, each pad is engineered to support compressive loads up to 60 psi 4.0 kg/cm² and deliver static deflection of approximately 20% of its original thickness equating to 3.8 mm under rated conditions.
For enhanced deflection, multiple layers may be stacked using interleaved steel shims, allowing tailored isolation performance based on site requirements. The neoprene compound is formulated for long-term resilience, exhibiting strong resistance to oil, water, and environmental degradation, while remaining within the safe stress limits of the material.
Pads are supplied in 457 mm x 457 mm x 19 mm sheets, pre-scored into 51 mm x 51 mm segments for easy field customization. Designed to function in shear, VRWP pads effectively dampen airborne noise, mechanical shock, and high-frequency vibration from equipment installed on grade or structural slabs in non-critical zones.
Recommended for use with machinery operating at speeds of 3600 rpm or higher, these pads should not be subjected to loads exceeding 4.0 kg/cm². Under impact or shock conditions, the allowable load should be reduced by 50% to maintain performance integrity.
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 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.
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