Anti-Vibration Mats

Anti-vibration materials and rubber vibration dampers for mechanical engineering, construction, energy generation, and measuring instruments High-performance anti-vibration materials and pads for construction, mechanical engineering, and the energy generation industry are offered. The range includes bridge bearing plates and pads, isolation pads, neoprene platform pads, and machine vibration damping pads that comply with international standards and have been used in projects worldwide. Isolation pads are a unique product designed to reduce the transmission of airborne noise and ground-borne vibrations in small and large power generation and distribution projects. Isolation pads reduce noise levels by absorbing vibrations and help to decrease the amplification of audible sound through the housing. Since the pads are installed without screws or fasteners, there is no risk of these becoming a source of noise generation. They are resistant to degradation from transformer oil and are also available in a low-temperature formulation. The bridge bearing material is supplied as sheets, pads, and strips, with or without metal reinforcement or with a PTFE coating for use as sliding bearings. This material and related products are used throughout the construction industry for roads, buildings, and bridges to accommodate thermal expansion and contraction, shear movement, compressive loading, and vibration isolation at critical load points. For vibration damping in the mechanical engineering industry, on equipment such as compressors, hydraulic presses, and similar machines, we offer smooth and ribbed molded pads that isolate equipment from the floor and effectively absorb vibrations to stop movement and reduce noise emission. These pads are quickly installed and can easily be moved with the equipment. Typical applications for anti-vibration mats/pads: engines, pumps, generators, air conditioning, coolers, machine workshops, boilers, compressors, structural e.g., in bridge bearings, transport, transformers, laboratory equipment, computer equipment Furthermore, we offer anti-vibration solutions for particularly sensitive measuring instruments, such as precision or laboratory scales, mass spectrometers, microscopes, roughness testers, and Coriolis mass flow meters. Sizes: from 50 mm x 50 mm up to 450 mm x 450 mm or custom sizes according to your specifications.Thickness: 5 mm to 19 mmHardness range: 30 to 90 Shore AAvailable materials: natural rubber, neoprene, nitrile, and EPDM rubber, microcellular polyurethane elastomer

Anti-Vibration Pads for Transformers

Vibration damping plates for transformers Vibration damping plates are available in various hardness grades and are designed for the specific frequency of the transformer. The plates are placed under the transformer's rollers and absorb vibrations before they can be transmitted to the ground. Made of nitrile rubber, the plates are resistant to almost all types of oil, including transformer oil . They are a cost-effective solution for reducing vibrations in transformer substations. Transformers can radiate vibrations through their metal casings, which are transmitted to the immediate surroundings. These vibrations can lead to an increase in noise pollution, which in turn can cause disturbances in the environment. Our anti-vibration pads can reduce this disturbance. Our anti-vibration systems are available in various degrees of hardness, each with specific frequencies and absorption capacities. Two specific hardness grades are particularly suitable for insulating the safety container from the ground and for insulating the wheels of transformers that are installed on beams or on the floor of our containers. The plates, made from nitrile rubber, are resistant to almost all oils used in the transformer industry. Note: The anti-vibration plates supplied may differ from the image shown. This does not affect their function.

Anti-Vibration Plate

Anti-Vibration Plate for Microscopes, Scales, and Other Measuring Instruments The anti-vibration plate is the optimal vibration-damping base for microscopes, scales, analytical devices, and other measuring instruments and is available in different sizes: Item Number/Type Length (mm) Width (mm) Height (mm) Weight in kg DD-KS-YPS-04 450 400 60 29 DD-KS-YPS-05 565 450 60 41 DD-KS-YPS-06 variable variable 60 variable A maximum weight of 50 kg can be placed on the standard anti-vibration plate. For setup, simply place the four rubber dampers located at the four corners of the anti-vibration plate onto a stable surface, such as a sturdy workbench or laboratory table. Alternatively, we also offer complete anti-vibration tables, including for scales and other sensitive measuring devices. The anti-vibration plate DD-KS-YPS-04 can also be rented.

Anti-Vibration Table

The weighing table is designed for laboratories or rooms with measurement technology to create appropriate working conditions for devices that are sensitive to vibrations and shocks. The table consists of two different components: 1) An integrated work surface with a shock-absorbing stone slab suspended on rubber blocks 2) An external workbench with an aluminum profile frame and height-adjustable feet

Frozen Anti-Vibration Mats/Pads

Granite Anti-Vibration Tables

Measuring table with granite top and built-in vibration dampers The measuring table with its granite top ensures stable working conditions during precise weighing. The construction consists of a polished granite top mounted on a powder-coated steel frame. The robust construction and the integrated vibration dampers isolate the measuring instruments from vibrations transmitted through the environment. Application areas for vibration-isolated measuring tables An anti-vibration table with a granite top for scales and measuring instruments has numerous applications, especially in areas where precise measurements are required. Here are some of the most important areas of application for vibration-isolated tables : 1. Laboratory applications: Analytical and precision balances : A vibration-isolated table prevents measurement errors caused by external vibrations. Microbalances and ultramicrobalances : A weighing table with anti-vibration function ensures highly accurate weighings. pH measuring instruments and titration systems : Interference-free measurements thanks to a vibration-isolated table . 2. Industrial applications: Quality control in manufacturing : A measuring table with a solid granite slab ensures precise weighing and measurements. Testing laboratories : A vibration-isolated table reduces measurement errors in material tests. Semiconductor industry : A vibration-isolated measuring table prevents vibrations in cleanrooms. 3. Research & Development: High-precision measuring instruments : A vibration-isolated laboratory table ensures reliable measurement results. Microscopy : Sharper images through the use of a measuring stage with anti-vibration function. Nanotechnology : A vibration-isolated table minimizes external influences during nanomeasurements. 4. Medicine & Pharmacy: Pharmacies & Laboratories : A vibration-isolated measuring table ensures precise dosages. Medical technology : Trouble-free weighing thanks to a vibration-isolated table . 5. Universities & Educational Institutions: Teaching laboratories : A laboratory table with a granite top ensures reliable experiments and precise results. Experimental Physics & Chemistry : A vibration-isolated measuring table reduces measurement deviations. Vibration-isolated anti-vibration tables, measuring tables or laboratory tables are therefore an indispensable tool in all areas where the highest measurement accuracy is required. %20vibration-isolated% 20measuring table" class="btn btn-default">Request a quote

Insulation Mat

Vibration-damping insulating mat Material: Chloroprene (CR) Color: Gray Available material thicknesses: 0.5 mm to 60.0 mm Hardness range: 25°–90° Shore A Insulating mat approved for working under live electrical current (certified according to IEC 61111:2009) Insulation mats are suitable, among other things, for vibration damping of machine tools, lathes, measuring instruments, generators, transformers, printing presses, sawing machines, cutting machines, injection molding machines, packaging machines, air conditioning and refrigeration compressors, fans, presses, punches and mills. Alternatively, we also offer a VDE 0303 tested insulating mat made of rubber up to 50 kV.

Microcell Anti-Vibration Mat

Microcellular Anti-Vibration Mat Suitable Even for the Heaviest Loads, a True High-Tech Product The foamed, closed-cell structure ensures exceptionally high elasticity and high resistance to many chemical substances. "Microcellular plastic, also known as microcellular foam, is a type of manufactured plastic containing billions of tiny bubbles less than 50 micrometers wide (typically 0.1-100 micrometers)." (Source: Wikipedia) Under load, the EPDM material functions within its own structure due to its pore configuration and deforms minimally. Another advantage of the material lies in its excellent temperature, aging, and weather resistance. The vulcanized surface skin visible on the exterior protects the highly elastic bearings against mechanical effects at the surface. An adjustable spring stiffness defined according to customer requirements via the foam density in pore structure and pore count in closed-cell foam version is always possible. Material: Closed-cell foamed, microcellular EPDM elastomers Properties: Elastic, vibration-damping, UV-, ozone-, weather- and hydrolysis-resistant. Do not use with mineral oils, machine oil, or gasoline. Insulation from vibrations and structure-borne noise High load capacity with tailored elasticity Long service life Elastomers with a stiffness of 5 - 200 kN/mm, depending on the application High temperature resistance Effective resistance to hydrolysis (water, aqueous solutions with alkalis, deicing salts, acids, detergents)

Soundproofing / Anti-Vibration Mats

Anti-vibration mats for vibration isolation, sound insulation and vibration damping of heavy machinery Application range: specific load up to 1.2 N/mm² (depending on the selected material density) Permissible temperature range: -20 °C / +110 °C Fire class: EN 13501-1 - E (normally flammable) Can be used as floating floor insulation, as machine insulation on floating foundations and also as foundation insulation.

Support Blocks

Transformer support blocks: Perfect for the safe storage of transformers Transformers are sensitive and often heavy devices that can be damaged by vibrations and contact with the ground. Our transformer support blocks ensure stable mounting and minimize mechanical stress. This increases the lifespan of the transformers and significantly improves operational reliability. Versatile applications of support blocks Support for heavy machinery and equipment: Stackable support blocks serve as a secure base for positioning and fixing industrial machines, presses, aggregates and production facilities. Transformer mounting: Especially in electrical engineering, support blocks are indispensable for the installation and secure positioning of transformers. They protect the sensitive equipment from vibrations, prevent contact with the ground, and facilitate transport and maintenance. Control cabinet and plant construction: As a base for control cabinets, distribution boxes and electrical assemblies, our support blocks guarantee an even load distribution and protect electrical components from moisture and mechanical influences. Component assembly and tool storage: They are ideally suited for the temporary or permanent storage of components, tools and materials, especially during assembly work. Storage within spill containment trays: Support blocks enable the safe and stable storage of transformers, machines, components, or sensitive equipment within spill containment trays. They decouple the stored items from the tray floor and reliably protect the tray from damage thanks to their large plastic contact surface. The chemical resistance of LDPE must be verified! Technical data of the support block Maximum load capacity: 174 t (as a stack and only when using the appropriate base/cover plates!) Dimensions: 1174 mm x 140 mm Materials: Rope, LDPE Weight: 16.5 kg Handles: 2 Height: 140 mm Color: Black Submit a request Safety instructions: Safety first! 1. To achieve a stable and safe construction, blocks of the same size must be laid on It can be used on level and firm surfaces. 2. Use the smooth side as the bottom and as the top edge. 3. The foundation of your structure should consist of a compact layer of support blocks. consist (as shown in the illustrations). 4. Use the support blocks as additional safety measures when using lifting equipment. 5. The support blocks must not be used for dynamic loads. 6. For soils with a bearing capacity below 30 N/cm², we strongly recommend... Base plate under the foundation.

Vibration Damping Concrete Foundations

Vibration damping for floor foundations and machine foundations These vibration-damping, highly durable panels are made from a high-density blend of recycled rubber, processed using pressure and heat. A waterproof, tear-resistant textile coating on one side provides additional protection and longevity. The standard dimensions of the panels are 1 meter long and 1 meter wide, making them ideal for use under screed, floating concrete slabs, or as foundation insulation. Applications of vibration damping material for foundations and screed Sound insulation under inertial loads; vibration protection for building foundations Use in structural bearings and for the foundations of tall buildings Vibration damping under screed, also used as impact sound insulation under floating screeds Anti-vibration mat directly under heavy industrial machines (e.g., stamping machines or forging hammers), for machines in HVAC systems (heating, ventilation, air conditioning) or entire industrial plants Vibration isolation under machine foundations in buildings Production of floating substrates with anti-vibration elements Sound and vibration insulation for underfloor heating systems Sound insulation, impact insulation and vibration isolation in training and conference centers Vibration isolation under reinforced concrete floors Use of vibration damping material in renovation projects of historic buildings Improving the acoustic quality of wooden floors in luxury apartments Sound insulation in residential buildings Use of anti-vibration material under heating systems, e.g. for vibration isolation in combination with underfloor heating Impact sound insulation when laying tiles on screed Sound and vibration insulation in multi-story buildings Use of anti-vibration solutions in building renovation Vibration isolation of combined heat and power plants Protection of walls and floors by edge strips with vibration damping material Improving acoustic comfort in conference rooms Simple and quick implementation of soundproofing measures without acoustic expertise Reduction of disturbances caused by vibrations in measurement laboratories Vibration isolation of ball mills in paint powder factories Vibration damping for machine rooms in industrial plants Vibration isolation in multi-story residential buildings near railway lines Isolation of textile machines to reduce vibrations in adjacent urban areas Vibration isolation for precision machines that could be disturbed by vibrations. Vibration damping under concrete foundations. Application of vibration-damping plates in the textile industry. Insulation of foundations in high-rise buildings Prevention of vibrations in adjacent rooms through special anti-vibration solutions Vibration damping in multi-story residential and commercial buildings Protection of sensitive equipment through floating foundations. Use of vibration damping solutions to improve the natural frequency curve in buildings %A4mpfung% 20f %C3% BCr %20Betonfundamente% 20and%20Machine foundations" class="btn btn-default">Submit a request