Solutions

Herence Technology categorizes its thermal insulation solutions into three main types: pipeline and pipe rack insulation, storage tank insulation, and specialized insulation applications. Rather than offering single products, we precisely match a diverse range of high-performance insulation materials—from aerogels and foam glass to diene rubber—according to specific temperature ranges, chemical environments, and insulation requirements. This ensures stable pipeline operation and consistent energy consumption under long-term working conditions. Additionally, through on-site measurements, Herence Technology addresses the challenges of insulating irregular components and high installation losses by providing prefabricated and easy-to-install customized solutions.

Fire protection and thermal insulation are core safety and performance requirements in modern industry, high-end equipment, and building energy efficiency. They focus on addressing critical challenges such as high-temperature protection, flame barrier, and heat insulation. Materials must remain non-combustible or flame-retardant under extreme conditions to prevent fire spread, while also achieving efficient insulation and reducing heat conduction to ensure structural safety, equipment stability, and energy control. Herence Technology supplies fireproof and thermal insulation materials across diverse applications—from aerospace thermal protection and lightweight insulation for high-end equipment to fireproof insulation for industrial pipelines and fire-resistant barriers for energy-efficient buildings. These materials have become essential in enhancing safety, reliability, and energy efficiency.

Herence Technology's structural support solutions** help create a safe, reliable, and efficient long-term foundation for insulation systems under various working conditions. The solution specifically utilizes low thermal conductivity materials and optimizes node design to fundamentally avoid energy loss and condensation risks caused by thermal bridges. It also rigorously ensures high compatibility between the pipeline support structure and the equipment body as well as the anti-corrosion/insulation layers, effectively delaying or eliminating the risks of chemical corrosion and frost damage.

Lightweight solutions and structural support solutions differ in their application functions. While structural support solutions primarily emphasize mechanical performance, Herence Technology's lightweight solutions utilize a variety of composite materials, with material selection varying according to different operating conditions. Herence Technology offers composite components made from materials such as epoxy fiberglass, polyurethane, and phenolic cotton cloth, capable of withstanding temperatures up to 220°C. These products meet the demands for lightweight construction and high-temperature support in various harsh environments.

Herence Technology's vibration conveying solutions focus on utilizing composite materials to replace traditional metals in key structural components of vibration conveying machinery. By optimizing the material's elastic modulus and damping characteristics, these solutions effectively absorb and buffer the vibrations generated during equipment operation while ensuring high strength and wear resistance, thereby reducing noise and extending equipment life.

Herence Technology's insulation maintenance and repair solutions are designed to systematically diagnose and maintain in-service insulation layers. Using thermal imaging detection, we precisely locate and diagnose insulation failure modes (such as aging, damage, and cold bridges). Through same-material patching and sealing enhancement techniques, we rapidly restore the integrity and original performance of the insulation layer, effectively eliminating energy loss and corrosion risks. The solution encompasses full-cycle services ranging from partial repairs to complete surface renewal, complemented by regular inspection mechanisms to extend the lifespan of insulation systems, ensuring equipment consistently operates under efficient and safe thermal insulation conditions.