News

Removable Insulation Jackets Become a New Favorite in Green Operations: Eco-Friendly, Reusable, and Easier to Install— Helping enterprises reduce costs and improve efficiency while driving industrial
As China’s “dual carbon” strategy continues to advance, demand for energy saving and carbon reduction in the industrial sector is growing. For high-temperature equipment such as pipes, valves, heat exchangers, and reactors, traditional fixed insulation materials are increasingly unable to meet the requirements of modern factories for efficient and green operations and maintenance. This is due to issues such as being discarded after removal, long installation cycles, and high maintenance costs. Recently, removable industrial insulation jackets have been gaining attention and adoption among manufacturers because of their outstanding advantages, including environmental friendliness, reusability, and easy installation and removal.


Smart Thermal Armor for Industrial Valves & Piping: Next-Gen Removable Insulation Jackets Drive Operational Efficiency


Aerogel Insulation Jackets Move from Pilot to Mainstream at Jiecheng
Aerogel insulation is no longer experimental. Jiecheng now integrates this ultra-thin, high-performance material into durable removable jackets for space-constrained and high-temperature environments.

Technical Spotlight: Engineering the Perfect Fit with Fiberglass Insulation Technology
Introduction:
Not all insulation is created equal. For industrial equipment operating between 150°C and 500°C, selecting the right material density and outer cover is critical. Today, we take a deep dive into the engineering behind our Fiberglass Felt Insulation Jackets and why they remain the top choice for global industrial applications.

Stop the Heat Loss: How Removable Fiberglass Insulation Jackets Cut Energy Costs by up to 30%
Introduction:
In the current economic climate, energy efficiency is not just an environmental goal—it is a financial necessity. Uninsulated or poorly insulated industrial equipment acts as a "thermal leak," wasting valuable energy. Our latest case studies show that installing Removable Fiberglass Insulation Jackets on steam traps, valves, and extruders can reduce heat loss by nearly 30%, offering a rapid return on investment.

Industrial Valve "Invisible Energy Leak" Gains Attention – Removable Insulation Jacket Market Sees Explosive Growth
— Policy drivers combined with energy‑saving needs make flexible removable insulation products a key part of industrial green transformation
As China’s “dual carbon” goals (carbon peaking and carbon neutrality) advance and the national carbon emission trading market continues to expand, the urgency for energy conservation and emission reduction in the industrial sector is growing. Against this backdrop, the long‑overlooked issue of heat dissipation from industrial valves is drawing increasing attention from enterprises, and the market for removable valve insulation jackets is entering a period of rapid growth.

Beyond Insulation: The Undeniable Value of Removable Insulation Jackets for Industrial Valves
[Ji'an, China] – In an era of rising energy costs and stricter safety regulations, industrial facilities are looking for smart, cost-effective solutions. While most plants prioritize insulating pipes, a critical component is often left exposed: the valve. Jiangxi Jiecheng New Material Co.,Ltd. is shedding light on this silent source of energy and financial loss, highlighting the multi-faceted purpose of industrial valve energy-saving protection covers—commonly known as removable insulation jackets.
Far from being a simple "wrap," these custom-fit jackets are transforming industrial maintenance and energy management. They function as a tailored "energy-saving shield," delivering value across four critical dimensions.

Jiangxi Jiecheng Launches Custom Removable Insulation Covers for Steam Systems in Grain & Oil Industry, Cutting Energy Loss by up to 50%
JI'AN, China – Jiangxi Jiecheng New Materials Co., Ltd., a leading manufacturer of high-performance removable insulation solutions, today announced its expanded product line of detachable thermal insulation covers specifically designed for steam system equipment in the grain and oil processing industry. The new covers help enterprises reduce heat loss by 30–50%, lower electricity costs, and improve operational safety.
In grain and oil production, steam systems serve as the “energy artery” for critical processes such as oil pressing, cooking, and drying. However, bare valves, pumps, heat exchangers, and manholes often operate at surface temperatures between 180°C and 230°C, leading to excessive heat loss, scalding risks, and accelerated equipment aging. Traditional rigid insulation materials fail to fit complex geometries, create heat leakage gaps, and are difficult to reuse after maintenance.

Beyond Heat Preservation: Jiecheng’s Removable Insulation Jackets Serve Ten Industries Including Brewing, Chemicals, Pharmaceuticals and Ship building
JI'AN, China, May 2026 – Removable insulation jackets are used for far more than pipe wrapping. Based on years of industry experience, Jiangxi Jiecheng New Material Co., Ltd. has developed mature solutions covering ten major sectors: breweries, beverage plants, food factories, chemical plants, pharmaceutical factories, shipbuilding, industrial robotics, injection molding, thermal power plants, and oil & gas fields.

Jiangxi Jiecheng Launches Custom Removable Insulation Covers for Steam Systems in Grain & Oil Industry, Cutting Energy Loss by up to 50%
JI'AN, China – Jiangxi Jiecheng New Materials Co., Ltd., a leading manufacturer of high-performance removable insulation solutions, today announced its expanded product line of detachable thermal insulation covers specifically designed for steam system equipment in the grain and oil processing industry. The new covers help enterprises reduce heat loss by 30–50%, lower electricity costs, and improve operational safety.
In grain and oil production, steam systems serve as the “energy artery” for critical processes such as oil pressing, cooking, and drying. However, bare valves, pumps, heat exchangers, and manholes often operate at surface temperatures between 180°C and 230°C, leading to excessive heat loss, scalding risks, and accelerated equipment aging. Traditional rigid insulation materials fail to fit complex geometries, create heat leakage gaps, and are difficult to reuse after maintenance.





