Matrix-type transformer shock absorber

Matrix-type vibration isolators, specially designed for transformers. These devices consist of multiple sets of large‑diameter, high‑deformation springs, upper and lower steel plates, and rubber anti‑slip pads. They feature substantial deformation capacity, superior safety, excellent fatigue resistance, stable performance, effective seismic isolation, long service life, maintenance‑free operation, and easy installation, saving time and effort. Key features of matrix‑type vibration isolators: 1. The spring surfaces are treated with electrophoretic deposition (ED) and baked paint, providing outstanding corrosion resistance and passing both ASTM B‑117 and 8886 salt spray tests. 2. All springs undergo heat treatment and stress relief, ensuring excellent fatigue resistance; they are ideal for residential‑area transformers and industrial transformers. 3. Equipped with an internal seismic‑proof damping mechanism, offering enhanced safety. 4. Incorporates an internal damping system that effectively prevents resonance. 5. The springs are arranged in an Hermite matrix configuration, optimizing their operating conditions under load to improve vibration‑reduction efficiency and extend service life. Available in various sizes and tailored for specific transformer applications, these isolators are easy to install and deliver high‑quality, quiet operating environments. Whether in new transformer substations, factory buildings, or during renovation projects, they help reduce noise and vibration while offering convenient installation and maintenance—making them the ideal component for transformers.

Transformer shock absorber

JA-type vibration isolators are widely used in transformers, offering excellent adaptability and reliable operation even at temperatures as low as –40°C or as high as 110°C. They deliver outstanding performance in both passive isolation and impact‑vibration control, while effectively attenuating sound transmission. These isolators have proven highly effective in mitigating vibrations, reducing noise, minimizing vibration‑related environmental pollution, and safeguarding the human living and working environment. Key features of JA vibration isolators include: 1. Convenient installation and easy leveling; 2. Vibration isolation efficiency exceeding 80%, with a design life of up to 30 years and virtually maintenance‑free operation; 3. Protection of equipment, reduction in failure rates, and extended service life; 4. Streamlined installation processes, enhancing operational efficiency and optimizing plant space utilization.

Generator shock absorber

JA-type vibration isolators are also widely used in generators, offering excellent adaptability and reliable performance even at temperatures as low as –40°C or as high as 110°C. They deliver outstanding results in both passive vibration isolation and impact‑vibration control, while effectively reducing sound transmission. As a result, they have proven highly effective in isolating vibrations, lowering noise levels, mitigating vibration‑related environmental pollution, and safeguarding the human living and working environment. Key features of JA vibration isolators include: 1. Convenient positioning and leveling during installation; 2. Vibration isolation efficiency exceeding 80%, with a design life of up to 30 years and virtually maintenance‑free operation; 3. Protection of equipment, reduction in failure rates, and extended service life; 4. Streamlined installation processes, enhancing operational efficiency and optimizing plant space utilization.