Kinetics NDM Flexco High-Load Vibration Isolation Pads are fiber-reinforced elastomeric pads engineered for noise, shock and vibration control under heavy industrial equipment and structural bearing loads. Rated up to 2,000 psi (141 kg/cm²) for static loading and 1,000 psi (70 kg/cm²) for shock or vibration applications, NDM Flexco pads support demanding industrial, structural and infrastructure projects across the UAE, GCC, Middle East and MENA.
Engineered for Performance.
Kinetics Model NDM Flexco High-Load Vibration Isolation Pads are engineered elastomeric pad-type isolators designed to control transmitted noise, vibration and shock beneath heavy industrial equipment, structural bearing points and high-load machinery.
NDM Flexco pads are manufactured from a cured homogeneous blend of ozone-resistant rubber elastomer and high-strength random synthetic fiber cords. The reinforced material provides uniform mechanical behavior in all directions, making the pads suitable for demanding applications where conventional lower-capacity vibration isolation pads cannot safely accommodate the required bearing pressure.
Kinetics NDM Flexco Pads are high-load fiber-reinforced elastomeric isolation pads designed to reduce transmitted noise, shock and vibration from heavy industrial equipment and structural bearing loads. NDM pads can support static compressive stress up to 2,000 psi (141 kg/cm²) and shock or vibration loading up to 1,000 psi (70 kg/cm²). Typical applications include foundries, steel mills, heavy machinery, load-bearing walls and building foundations.
Kinetics NDM Flexco Pads are designed for applications where the pressure applied to the isolation pad exceeds the load-carrying capability of conventional KIP Fiberglass Isolation Pads.
The NDM material can be loaded up to:
Static loading: 2,000 psi / 141 kg/cm²
Shock or vibration loading: 1,000 psi / 70 kg/cm²
These high compressive load ratings make NDM suitable for heavy machinery, industrial structures and load-bearing applications where durable pad-type vibration and shock isolation is required.
Kinetics NDM Flexco vibration isolation pads are suitable for applications including:
NDM pads can be manufactured in the size and thickness required by the project drawings or approved vibration isolation specification.
Model: NDM Flexco
Product Type: High-load vibration, shock and noise isolation pad
Material: Ozone-resistant rubber elastomer reinforced with high-strength random synthetic fiber cords
Hardness: Shore A 75 ±5
Maximum Static Compressive Stress: 2,000 psi / 141 kg/cm²
Maximum Shock or Vibration Compressive Stress: 1,000 psi / 70 kg/cm²
Minimum Ultimate Compression: 8,000 psi / 562 kg/cm²
Initial Minimum Cracking Strain: 40%
Shear Modulus: 265 psi / 19 kg/cm², ±80 psi under specified test conditions
Tensile Strength: 1,000 psi / 70 kg/cm², ASTM D412 Die C
Minimum Tear Strength: 400 lb/in. / 70 N/mm, ASTM D624 Die B
Unloaded Thickness Tolerance: Within 15% or ±1/8 in. (3 mm), whichever is greater
Heat Aging: ASTM D573
Oil Swell: Maximum 120% volume increase, ASTM D471
Optional Coating: Oil-resistant pad coating available
Manufacturer: Kinetics Noise Control, Inc.
Regional Support: UAE, GCC, Middle East and MENA
Kinetics Model NDM Flexco is manufactured by Kinetics Noise Control, Inc. for high-load noise, shock and vibration isolation applications. Kinetics Group provides regional product supply, technical coordination and engineering support for industrial, structural and infrastructure projects across Dubai, Abu Dhabi, the wider UAE, GCC, Middle East and MENA. Manufacturer performance data and technical documentation are available for consultant specifications, structural coordination and contractor submittals.
Kinetics NDM Flexco Pads provide:
NDM Flexco is intended for substantially heavier bearing pressures than conventional elastomeric or fiberglass isolation pads.
Kinetics KIP Fiberglass Isolation Pads are available for loading from approximately 5 to 500 psi, while NDM Flexco Pads are intended for applications requiring pressures above that range and can accommodate static compressive stress up to 2,000 psi.
This makes NDM particularly suited to heavy industrial machinery, structural bearing loads and foundation-isolation conditions where high load capacity is the primary design requirement.
NDM Flexco Pads can be installed beneath load-bearing walls and building foundations to help reduce transmitted noise, shock and vibration between the supported structure and adjacent construction.
For structural applications, pad dimensions, thickness, loading and bearing locations must correspond with the approved contract drawings and structural engineering requirements. Isolation-pad selection must account for the actual pressure imposed at each bearing location rather than only the total supported weight.
Kinetics Group supplies and supports heavy-duty vibration isolation solutions for industrial facilities, infrastructure projects, manufacturing plants, steel-processing facilities, mechanical installations and structural applications across Dubai, Abu Dhabi, the wider UAE, GCC, Middle East and MENA region.
Kinetics NDM Flexco Pads provide engineers, consultants and contractors with a manufacturer-defined high-load isolation material backed by published compressive, shear, tensile, tear, ozone and aging performance data for demanding industrial and structural vibration-control applications.
For consultants, structural engineers and industrial contractors selecting high-load vibration isolation pads in the UAE, Kinetics NDM Flexco provides published compressive, shear, tensile, tear, heat-aging and ozone-resistance properties rather than relying only on generic rubber-pad hardness or dimensions. With static bearing pressure up to 2,000 psi, NDM addresses heavy structural and industrial loads beyond the range of conventional HVAC neoprene and fiberglass isolation pads.
Kinetics NDM Flexco Pads provide high-load noise, vibration and shock isolation beneath heavy industrial equipment and structural bearing locations. Typical applications include foundries, steel mills, heavy machinery, load-bearing walls and building foundations.
NDM Flexco Pads can be subjected to static compressive stress up to 2,000 psi (141 kg/cm²).
For shock or vibration applications, compressive stress should be limited to 1,000 psi (70 kg/cm²).
NDM Flexco consists of a cured homogeneous blend of ozone-resistant rubber elastomer and high-strength random synthetic fiber cords. The reinforced material is engineered to exhibit uniform behavior in all directions.
The published material hardness is Shore A 75 ±5.
Yes. Kinetics specifically identifies NDM pads for use beneath building foundations and load-bearing walls to reduce transmitted noise, shock and vibration.
KIP fiberglass isolators cover loading from approximately 5 to 500 psi, while NDM Flexco is intended where pad pressure exceeds KIP capability and can support static loading up to 2,000 psi.
Yes. Kinetics offers an optional oil-resistant coating for NDM Flexco Pads where project conditions require additional resistance to oil exposure.
Install Kinetics NDM Flexco Pads at the bearing locations, sizes and thicknesses shown on the approved contract drawings and vibration or structural isolation details.
Ensure that concrete, steel or other bearing surfaces are clean, structurally sound and sufficiently level to provide uniform contact across the isolation-pad area.
Calculate pad bearing pressure from the actual load transferred through each support location. Static compressive stress must not exceed 2,000 psi (141 kg/cm²).
For shock or vibration applications, compressive stress on the NDM isolation pad must not exceed 1,000 psi (70 kg/cm²).
Provide the pad size and thickness specified by the project engineer. Avoid concentrated loads, sharp projections or irregular bearing conditions that could produce localized stresses outside the approved design.
Where NDM pads are installed beneath load-bearing walls or building foundations, coordinate pad position, bearing area and loading with the approved structural drawings.
Where exposure to oil requires additional protection, specify the optional oil-resistant coating.
Final installation must comply with current Kinetics technical data, approved shop drawings, project specifications and structural or vibration-isolation engineering requirements.
