01
Certified Dynamic Safety:
Our solutions, successfully passing dynamic testing for non-structural elements under UL 203A and certified under the supervision of TÜV Austria, deliver flawless performance and verified reliability.
02
Engineering in Global Standards:
We fully comply with the criteria set by globally leading authorities shaping the industry, such as the American National Standards Institute (ANSI) and ASHRAE, ensuring adherence to international engineering standards.
03
Scientific and Academic Assurance:
We validate our engineering processes and product quality in accordance with academic standards through testing conducted at the Istanbul Technical University (ITU) Faculty of Aeronautics and Astronautics test laboratories.
04
Trust and Sustainability in Global Standards:
We manage our quality, environmental, and occupational health & safety processes in full compliance with ISO 9001, ISO 14001, and ISO 45001 standards, delivering services aligned with global best practices.
Underwriters Laboratories
American Society of Heating, Refrigerating and Air-Conditioning Engineers
TUV AUSTRIA
American National Standards Institute
Istanbul Technical University
Institute of Technological Research and Development in Construction, Energy, Environment and Sustainability · Laboratory
International Organization for Standardization
Conformité Européenne
MEPA Seismic Cable Bracing System
When increased suspension lengths or confined installation areas make rigid bracing systems impractical, MEPA Seismic Wire Rope Bracing Systems provide an efficient and cost-effective solution for the seismic restraint of non-structural elements.
The systems are available in four standard types (A, B, C, and D) based on wire rope diameter and can be configured with various adapters to meet project-specific requirements. Their modular design enables fast and easy installation in the field.
Designed to meet Türkiye's seismic requirements, the systems are tested in accordance with ASHRAE standards and are UL Certified and TÜV Approved, ensuring reliable performance and compliance with international quality and safety standards.
MEPA Seismic Brackets
Wire Rope Bracing Systems to structural elements, providing reliable seismic restraint for non-structural components.
The brackets can be installed on steel structures using bolts or on reinforced concrete structures using seismic-rated steel anchors. They are compatible with M8, M10, M12, and M16 metric fasteners, as well as 5/16", 3/8", 1/2", and 5/8" imperial sizes. Depending on project requirements, the brackets can be installed at either end of the wire rope assembly.
Available in four standard types (A, B, C, and D), the appropriate bracket is selected based on engineering calculations according to the seismic loads acting on the supported non-structural element.
Designed to meet Türkiye's seismic requirements, MEPA Seismic Brackets have been tested together with MEPA Seismic Wire Rope Bracing Systems in accordance with ASHRAE standards and are UL Certified and TÜV Approved, ensuring reliable performance and compliance with international quality and safety standards.
MEPA Seismic Retrofit
MEPA Seismic Hooks are adapter components designed to connect MEPA Seismic Wire Rope Bracing Systems to non-structural elements, providing secure and reliable seismic restraint.
Available in four standard types (A, B, C, and D), the appropriate hook is selected based on engineering calculations according to the seismic loads acting on the supported non-structural element.
Designed to meet Türkiye's seismic requirements, MEPA Seismic Hooks have been tested together with MEPA Seismic Wire Rope Bracing Systems in accordance with ASHRAE standards and are TÜV Certified, ensuring reliable performance and compliance with internationally recognized quality and safety standards.
MEPA Seismic Beam Bracket
MEPA Seismic Steel Beam Brackets are adapter components designed to connect MEPA Seismic Wire Rope Bracing Systems to structural steel beams, providing reliable seismic restraint for non-structural elements.
Available in two standard types (A and B), the appropriate bracket is selected based on engineering calculations according to the seismic loads acting on the supported non-structural element.
Designed to meet Türkiye's seismic requirements, MEPA Seismic Steel Beam Brackets have been tested together with MEPA Seismic Wire Rope Bracing Systems in accordance with ASHRAE standards and are TÜV Certified, ensuring reliable performance and compliance with international quality and safety standards.
To achieve the specified load capacities, the brackets must be installed in accordance with the installation instructions, and the recommended bolt torque must be applied.
MEPA SEISMIC STEEL WIRE SLEEVE
MEPA Seismic Steel Wire Sleeves are used to secure the wire rope termination points in MEPA Seismic Cable Sets.
When installed using the appropriate Seismic Sleeve Swaging Tool and Cable Cutter with the correct swaging die, and in accordance with the specified installation instructions, the steel wire sleeves ensure that the cable assembly complies with TÜV and ASHRAE certification requirements and achieves its specified seismic load capacity.
SEISMIC SLEEVE SWAGING TOOL AND CABLE CUTTER
MEPA Seismic Sleeve Swaging Tools and Cable Cutters are designed for swaging MEPA Seismic Steel Wire Sleeves used in MEPA Seismic Cable Sets.
Easy to use and ergonomically designed, the tools are available in two standard types (A and B), selected according to the cable diameter. When used with the correct swaging die and in accordance with the specified installation instructions, they ensure that the cable assembly complies with TÜV and ASHRAE certification requirements and achieves its specified seismic load capacity.
MEPA Seismic Cable Cutters are lightweight and designed for overhead cutting applications. Their plastic-coated handles provide a secure and comfortable grip, ensuring ease of use in the field.
The cutters are specifically designed to cut all MEPA Seismic Cable Sets cleanly and accurately. Improper cutting methods may crush or deform the cable, making it difficult to install MEPA Seismic Steel Wire Sleeves. For this reason, the use of MEPA Seismic Cable Cutters is recommended to achieve clean, precise cuts and ensure proper installation of the cable assembly.
MEPA ROD STIFFENER
MEPA Rod Stiffener Locking Elements are designed to prevent the buckling of threaded rods caused by the vertical compressive forces generated by the rotational movement of suspended non-structural elements under seismic loading.
These components are used to secure L- and G-shaped rod stiffeners, ensuring that the reinforced threaded rod remains firmly in the required position through a bolt-and-screw locking mechanism.
For proper installation, a minimum of three MEPA Rod Stiffener Locking Elements must be used on each rod stiffener—positioned near the top and bottom ends (within 50 mm of each end) and one at the midpoint.
MEPA MS SEISMIC SNUBBER
MEPA MS Seismic Snubbers are designed to protect flexibly supported equipment against seismic and high wind forces that could cause excessive movement or displacement.
Selected through engineering calculations performed by our specialists, MEPA MS Seismic Snubbers are installed between the equipment base and the building structure in combination with MEPA Open Spring Isolators and/or MEPA Modular Vibration Isolation Pads, providing effective seismic restraint without compromising vibration isolation. MEPA MS Type A and Type C control both horizontal and vertical movement, while MEPA MS Type B is designed to restrain horizontal movement only.
Designed to meet Türkiye's seismic requirements, MEPA MS Seismic Snubbers have been tested in accordance with ASHRAE standards and are TÜV Certified, ensuring reliable performance and compliance with international quality and safety standards.
MEPA MI Spring Isolator
MEPA MI Spring Seismic Isolators are designed for applications where low-frequency vibration isolation and seismic restraint are required simultaneously. Selected through engineering calculations performed by our specialists, they provide effective vibration isolation and lateral restraint without the need for additional seismic snubbers.
The isolators can be easily anchored to the supporting structure using bolts or seismic anchors. An integrated leveling bolt on the threaded rod allows precise height adjustment, ensuring quick and accurate equipment installation.
Designed to meet Türkiye's seismic requirements, MEPA MI Spring Seismic Isolators have been tested in accordance with ASHRAE standards and are TÜV Certified, ensuring reliable performance and compliance with international quality and safety standards.
MEPA FS-K Free Standing Isolator
MEPA FS-K Free Standing Isolators are recommended for vibration control applications where equipment requires a suitable deflection value to isolate disturbing frequency vibrations. They are particularly suitable for installations where lateral seismic and wind loads are either not critical or are addressed with separate restraint measures.
MEPA FS-K Free Standing Isolators feature two base mounting points, allowing secure installation to the structure using bolts or anchor fasteners. This design also provides stability in elevated installations or when mounted on narrow steel beams, preventing the free spring assembly from dislodging.
To ensure reliable vibration isolation, the system combines spring-based low-frequency isolation with a neoprene friction pad located beneath the spring, providing additional damping for high-frequency vibrations. An integrated adjustment bolt on the top plate allows precise leveling of the supported equipment, ensuring accurate installation and alignment.
MEPA PH Pre-Stressed Spring Hanger
MEPA PH Pre-Stressed Spring Hangers are designed to isolate vibrations generated by suspended non-structural equipment, such as pumps, fans, and fluid flow systems, preventing the transmission of vibration to the supporting structure.
By applying approximately two-thirds of the design load through a pre-stressing plate, the hanger minimizes movement in isolated equipment and piping systems that experience significant differences between installation and operating loads. Under the equipment's vertical load, it achieves the required spring deflection determined by engineering calculations, providing effective vibration isolation across both low and high frequencies.
The slotted base design allows the threaded rod to move up to 30° without contacting the spring housing, reducing the effects of vibration while ensuring safe, stable, and reliable operation of suspended non-structural elements.
MEPA SH Spring Vibration Hanger
MEPA SH Spring Vibration Hangers are designed to isolate vibrations generated by suspended non-structural equipment, such as pumps, fans, and fluid flow systems, preventing the transmission of vibration to the supporting structure.
Operating under the equipment's vertical load, the hanger achieves the required spring deflection determined by engineering calculations, providing effective vibration isolation across both low and high frequencies.
The slotted base design allows the threaded rod to move up to 30° without contacting the spring housing, minimizing the effects of vibration while ensuring the safe, stable, and reliable operation of suspended non-structural elements.
MEPA SH-X Rubber Vibration Hanger
MEPA SH-X Rubber Vibration Hangers feature a specially engineered design incorporating high-quality natural rubber. The rubber element and integral bushing isolate the threaded rod from the steel housing, effectively reducing medium- to high-frequency vibrations and preventing their transmission to the supporting structure.
This design helps protect electromechanical equipment from vibration-related damage while minimizing the transfer of vibration into the building structure. With a variety of mounting configurations, MEPA SH-X Rubber Vibration Hangers are suitable for a wide range of applications, from electromechanical equipment to suspended architectural ceiling systems.
By providing reliable vibration isolation, the system enhances acoustic comfort in both the protected space and adjacent areas. Combining durable materials with proven vibration control performance, MEPA SH-X Rubber Vibration Hangers offer a dependable solution for a wide range of engineering applications.
MEPA MBC Washer Bushing
MEPA MBC Washer Bushings are designed for anchor or bolt connections to prevent vibration bridging between the fastening element and the connected component. Their flexible structure helps dampen shock forces generated by seismic activity while improving vibration isolation from equipment or piping systems.
MEPA MTP Modular Vibration Absorber
MEPA MTP Modular Vibration Absorbers are made entirely from natural rubber and are designed with high durability performance in mind. They are intended to reduce medium- to high-frequency vibrations generated by equipment such as pumps and fans, which produce vibration due to eccentric motion, thereby extending equipment service life and preventing the transmission of vibration to the supporting structure.
MEPA MTP Modular Vibration Absorbers are supplied in 50 × 50 cm sheets and can be easily cut on site into 5 × 5 modular pieces, allowing flexible and practical installation in various applications.
MEPA MTP Modular Vibration Absorber
MEPA MTP Modular Vibration Absorbers are made entirely from natural rubber and are designed with high durability performance in mind. They are intended to reduce medium- to high-frequency vibrations generated by equipment such as pumps and fans, which produce vibration due to eccentric motion, thereby extending equipment service life and preventing the transmission of vibration to the supporting structure.
MEPA MTP Modular Vibration Absorbers are supplied in 50 × 50 cm sheets and can be easily cut on site into 5 × 5 modular pieces, allowing flexible and practical installation in various applications.
MEPA MTP Modular Vibration Absorber
MEPA MTP Modular Vibration Absorbers are made entirely from natural rubber and are designed with high durability performance in mind. They are intended to reduce medium- to high-frequency vibrations generated by equipment such as pumps and fans, which produce vibration due to eccentric motion, thereby extending equipment service life and preventing the transmission of vibration to the supporting structure.
MEPA MTP Modular Vibration Absorbers are supplied in 50 × 50 cm sheets and can be easily cut on site into 5 × 5 modular pieces, allowing flexible and practical installation in various applications.
MEPA MTP Modular Vibration Absorber
MEPA MTP Modular Vibration Absorbers are made entirely from natural rubber and are designed with high durability performance in mind. They are intended to reduce medium- to high-frequency vibrations generated by equipment such as pumps and fans, which produce vibration due to eccentric motion, thereby extending equipment service life and preventing the transmission of vibration to the supporting structure.
MEPA MTP Modular Vibration Absorbers are supplied in 50 × 50 cm sheets and can be easily cut on site into 5 × 5 modular pieces, allowing flexible and practical installation in various applications.
MEPA MTP Modular Vibration Absorber
MEPA MTP Modular Vibration Absorbers are made entirely from natural rubber and are designed with high durability performance in mind. They are intended to reduce medium- to high-frequency vibrations generated by equipment such as pumps and fans, which produce vibration due to eccentric motion, thereby extending equipment service life and preventing the transmission of vibration to the supporting structure.
MEPA MTP Modular Vibration Absorbers are supplied in 50 × 50 cm sheets and can be easily cut on site into 5 × 5 modular pieces, allowing flexible and practical installation in various applications.
MEPA MTP Modular Vibration Absorber
MEPA MTP Modular Vibration Absorbers are made entirely from natural rubber and are designed with high durability performance in mind. They are intended to reduce medium- to high-frequency vibrations generated by equipment such as pumps and fans, which produce vibration due to eccentric motion, thereby extending equipment service life and preventing the transmission of vibration to the supporting structure.
MEPA MTP Modular Vibration Absorbers are supplied in 50 × 50 cm sheets and can be easily cut on site into 5 × 5 modular pieces, allowing flexible and practical installation in various applications.
MEPA MTP Modular Vibration Absorber
MEPA MTP Modular Vibration Absorbers are made entirely from natural rubber and are designed with high durability performance in mind. They are intended to reduce medium- to high-frequency vibrations generated by equipment such as pumps and fans, which produce vibration due to eccentric motion, thereby extending equipment service life and preventing the transmission of vibration to the supporting structure.
MEPA MTP Modular Vibration Absorbers are supplied in 50 × 50 cm sheets and can be easily cut on site into 5 × 5 modular pieces, allowing flexible and practical installation in various applications.