Complete series of water quality online monitoring systems covering total zinc, copper, iron, lead, nickel, chromium, cadmium, total phosphorus, total nitrogen, CODCr, ammonia nitrogen and permanganate index are widely deployed for global industrial wastewater discharge supervision, river basin ecological monitoring and municipal sewage treatment plant online detection, fully complying with international environmental pollutant discharge limit standards.

Standardized DBR self-limiting heat tracing cables, HGC-1/HGC-3 and HGW-2/HGW-3 dedicated heat tracing products realize unified thermal protection solutions for global highway pavement snow melting, rail transit pipeline anti-freezing and transportation equipment cabinet constant temperature maintenance, meeting vibration resistance, wide temperature fluctuation and long-term outdoor operation requirements of transportation infrastructure.

Diversified low-carbon heating products including 24V/36V low-voltage heating cables, graphene heating films, TXLP single/dual-conductor heating cables and PTC liquid circulation floor heating modules gain rising popularity in global residential, villa and commercial space heating markets. Safe, low-energy and easy-to-install electric floor heating systems meet international green building energy efficiency standards, reshaping household heating consumption habits across Europe, North America and Southeast Asia.

Global new energy industry thermal management upgrades drive surging demand for flexible heating elements including silicone heating sheets, PTC flexible heating films, epoxy heating plates, aluminum alloy PTC ceramic boards and PI metal heating membranes. These thin, lightweight, self-temperature-limiting heating parts optimize lithium battery low-temperature preheating, new energy vehicle cabin thermal control and power electronic equipment constant temperature maintenance, forming standardized product supply chains for global EV manufacturers, energy storage integrators and photovoltaic supporting facilities.

Global petrochemical and industrial infrastructure operators are accelerating the replacement of outdated steam tracing systems with diversified electric heat tracing cable portfolios, including self-regulating heating cables, constant wattage silicone heat tapes, explosion-proof anti-corrosion heating cables and MI mineral insulated cables. These tailored thermal control products resolve pipeline solidification, equipment low-temperature failure and tunnel fire pipe freeze risks, complying with international explosion-proof, corrosion resistance and medium-high temperature operation norms, bringing energy-saving and low-maintenance benefits to refineries, chemical plants and underground municipal engineering worldwide.

EPI Heating Cable combines industrial heat tracing technology with low-carbon home heating products including graphene heating membranes, aluminum foil floor heating mats and low-voltage radiant heating systems. Energy-saving 24V/36V safe heating series caters to global residential renovation, commercial office and low-rise building green heating upgrade trends, aligning with international building energy efficiency and low-carbon construction frameworks.

EPI Heating Cable’s environmental monitoring division releases full-range online water quality analyzers detecting heavy metal ions, COD, ammonia nitrogen, total phosphorus, total nitrogen and permanganate index. Real-time continuous monitoring systems help global chemical, electroplating and metal processing factories comply with EPA, EU IED and international river basin pollution control regulations, reducing environmental violation penalties and supporting sustainable industrial wastewater treatment.

EPI Heating Cable launches comprehensive new energy thermal component lineup including silicone heating sheets, flexible PTC heating films, epoxy heating plates and PI metal heating membranes. Self-temperature-limiting PTC material technology solves EV lithium battery low-temperature charging attenuation and thermal runaway risks, providing lightweight, space-saving heating solutions for global new energy vehicle, energy storage and power battery pack manufacturers.

EPI Heating Cable rolls out a complete lineup of self-regulating, constant power and MI mineral insulated heating cables, covering anti-corrosion explosion-proof, tunnel fire pipe, road snow melting and compressor thermal tracing solutions. Diversified voltage grades including 36V low-voltage and 220V industrial specifications address energy efficiency and safety requirements for global oil & gas, municipal infrastructure and chemical processing facilities, complying with international energy conservation and hazardous area operation standards.

Integrated water quality monitoring equipment covers total zinc, copper, iron, lead, nickel, chromium, cadmium heavy metal analyzers, alongside TP, TN, CODCr, ammonia nitrogen and permanganate index online monitoring systems, providing continuous real-time water pollutant data for industrial wastewater plants, municipal sewage treatment stations and river basin environmental supervision projects globally. Automated sampling and analysis functions cut manual monitoring labor costs while meeting increasingly strict international environmental emission standards.

A complete home heating portfolio including TXLP single/double conductor heating cables, aluminum foil underfloor heating mats, low-voltage 24/36V heating membranes and graphene heating films delivers low-power, safe radiant heating solutions for residential buildings, villas and commercial spaces worldwide. Self-regulating heat tracing cables and PTC liquid circulation floor heating systems balance comfort and energy efficiency, aligning with global green residential construction policies.

DBR series, HGC and HGW model heat tracing cables together with 36V low-voltage floor melting snow heating cables provide tailored freeze protection for highway pavements, garage floors, tunnel transportation pipelines and rail transit auxiliary systems. Low-voltage safe heating design and weather-resistant outer sheaths adapt to alpine and frigid transportation corridors, minimizing winter road maintenance costs for global transportation authorities.