Services

Engineering Excellence for Structural Stability

At Multitech Damper Solution, we provide a comprehensive suite of specialized services dedicated to ensuring the stability, safety, and longevity of your structures. With over two decades of industry experience and a team of skilled engineers, we offer innovative solutions tailored to meet the unique needs of each project.

Our services encompass a wide range of areas, including vibration mitigation solutions, detailed design for steel and concrete stacks, consulting and support, wind engineering, and vibration prediction. We specialize in the development and implementation of liquid dampers (TLD) and tuned mass dampers (TMD), offering custom solutions for a variety of slender structures such as distillation towers, flagpoles, GSM masts, wind turbines, and solar towers.

At Multitech Damper Solution, we prioritize reliability and performance. Our dampers are designed to be maintenance-free and multi-directional, ensuring long-term stability and effectiveness. With a proven track record of success and a global presence spanning over 30 countries, you can trust us to deliver cutting-edge technology and unparalleled expertise to support your projects from inception to completion.

Vibration Mitigation Solutions

Advanced Dampers for Structural Stability

Innovative dampers designed to effectively control and reduce vibrations.

Detailed Steel Stack Design

Precision Engineering for Steel Stacks

Comprehensive design services for steel stacks up to 150 meters high.

Detailed Concrete Stack Design

Expert Design for Concrete Stacks

Specialized design services for concrete stacks up to 275 meters high.

Consulting & Support

Expert Guidance for Optimal Project Outcomes

Tailored consulting and support services to address specific project challenges and ensure success.

Liquid Sloshing Damper

Efficient Energy Dissipation through Fluid Motion From 0.20 Hz to 3.0 Hz

Utilizes the movement of liquid within a container to counteract vibrations.

Liquid Damper with Perforated Screens

Enhanced Damping with Increased Hydralic Resistance

Incorporates perforated mesh to improve energy dissipation through added hydralic resistance.

Tuned Mass Damper with Cable Coils

Flexible and Precise Vibration Control

High damping rate. Uses cable coils for additional flexibility, targeting specific vibration frequencies. Wear and corrosion free, ideal for severe ambient condition.

Tuned Mass Damper with Dashpot

Superior Damping through Energy Conversion

Suitable for low vibration cycles and moderate structure size.

Tuned Mass Damper With Viscous Units

Enhanced Vibration Control

Ideal for large heavy structure such as concrete stack, buildings. Combines precision engineering with advanced viscous damping technology to provide superior vibration control. Wear free damper.

Liquid Dampers

Liquid Sloshing Damper

This damper utilizes the movement of liquid within a container to dissipate energy and counteract vibrations. It is particularly effective in reducing dynamic responses in structures exposed to wind.

Liquid Damper with Perforated Screens

By incorporating perforated screens, this liquid damper enhances energy dissipation through hydralic resistance. This design provides superior vibration control, making it ideal for applications requiring precise and efficient mitigation.

Tuned Mass Dampers

TMD with Stainless Steel Cable Coil

This type of damper employs cable coils to provide additional flexibility and damping. It is designed to counteract specific frequencies of vibration, making it highly effective in environments with predictable oscillatory patterns.

TMD with Dashpot

Featuring a dashpot, this tuned mass damper offers enhanced damping capabilities by converting vibrational energy into heat. It is suitable for applications where additional damping is required to achieve optimal performance.

TMD with Viscous Units

Our Tuned Mass Damper with Viscous Units combines precision engineering with advanced viscous damping technology to provide superior vibration control, ensuring optimal structural stability in diverse applications.