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High-Temperature Nano-Graphite Gland Packing

Ultra-high temperature packing is woven from high-quality synthetic fiber with stainless steel wire, nickel wire, and nano-graphite. It has a fine structure and has the advantages of good high temperature and high-pressure resistance, low thermal conductivity, and non-combustibility. Under certain circumstances, the instantaneous max. temperature resistance can reach 1400°C. Ultra-high temperature packing is widely used in water, steam, and other media in harsh environments with ultra-high temperatures and high pressure. It is used for thermal insulation, fire protection of pipelines, etc., and static sealing of containers, heaters, manholes, furnace door heaters, high-temperature flanges, etc. It performs well under high-temperature working conditions in steel plants and is recommended for blast furnace combustion valves in steel plants.

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  • High-Temperature Nano-Graphite Gland Packing
  • High-Temperature Nano-Graphite Gland Packing

Specifikation

Temperature 1400℃
Chemical properties PH 2-12
Pressure resistance Valve 400bar
Line speed 2m/s

Produktintroduktion:

High-Temperature Nano-Graphite Gland Packing is composed of ultra-fine graphite powder, nano-scale graphite particles or high-purity graphite fiber and other reinforcing materials (such as PTFE, aramid, carbon fiber, etc.). Through fine nanotechnology treatment, the graphite particles have better lubricity and stronger high temperature resistance, thereby significantly improving the sealing, corrosion resistance and wear resistance of the filler.

Main features
High temperature tolerance: Suitable for extreme high temperature environments, the temperature can reach 550°C (conventional graphite filler) to 1000°C (high-purity nanographite filler), and has good stability during long-term use.
Corrosion resistance: Graphite itself has good acid, alkali and oxidation resistance, so the filler can be adapted to a variety of chemical media.
Low friction coefficient: Nano-graphite material has an extremely low friction coefficient, which can effectively reduce wear and heat accumulation during the sealing process.
Strong sealing: The microstructure of nanographite makes the filler have stronger sealing performance, which can effectively prevent fluid leakage and reduce energy loss.
Pressure resistance: Maintain stable sealing performance under high pressure conditions to prevent leakage and system failure.
Excellent anti-oxidation performance: It can adapt to oxidizing gas or liquid environments without graphite shedding or corrosion.

Specific parameters
Temperature range: -200°C to 1000°C (varies based on material and design).
Sealing pressure: Can withstand pressures up to 100 MPa (customized according to equipment requirements).
PH range: Generally suitable for media with pH 1-14.
Friction coefficient: Usually between 0.05-0.15, depending on usage conditions.
Linear sealing: Excellent sealing, effectively preventing fluid leakage.
Expansion coefficient: Graphite material has a small expansion coefficient, so it is suitable for environments with large temperature differences.

Applicable scenarios and fields
High-Temperature Nano-Graphite Gland Packing is widely used in the following fields and scenarios:

a. Petrochemical industry
Equipment: Pumps, valves, mixers, reactors, etc.
Application scenarios: Sealing requirements under high temperature and high pressure to prevent leakage of chemical media, such as high temperature steam, acid and alkali, corrosive gases, etc.
b. Electric power industry
Equipment: Steam turbines, boilers, pumps, etc.
Application scenarios: High-temperature steam pipes in power plants and mechanical seals with strict sealing requirements.
c. Metallurgical industry
Equipment: High temperature furnaces, heat exchangers, pipes, etc.
Application scenario: The high temperature and high corrosion environment generated during the smelting process has high requirements for sealing.
d. Aerospace industry
Equipment: Rockets, aircraft engines, spacecraft sealing parts, etc.
Application scenarios: Sealing solutions for extreme environments such as high temperature, low temperature, vacuum, etc.
e. Pharmaceutical and food processing industries
Equipment: high temperature and high pressure steam pipelines, reactors, pumps, etc.
Application scenarios: It is necessary to ensure an absolutely leak-free and pollution-free sealed environment, especially when in contact with steam, hot water and corrosive chemicals.
f. Chemical processing and refrigeration industry
Equipment: high-temperature heat exchangers, reaction tanks, piping systems, etc.
Application scenarios: Equipment in contact with various chemical reaction media, especially corrosive or high-temperature operating environments.

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Jiangsu Jintai Sealing Technology Co., Ltd.
Jiangsu Jintai Sealing Technology Co., Ltd.
Jiangsu Jintai Sealing Technology Co., Ltd. ja Kina High-Temperature Nano-Graphite Gland Packing fabrikant og engros High-Temperature Nano-Graphite Gland Packing fabrik, Vi er en storstilet omfattende tætningsteknologivirksomhed med speciale i forskning og udvikling, produktion og salg af forskellige typer tætninger, miljøvenlige asbestfrie pakninger, specielle gummimaterialeprodukter, pneumatiske og hydrauliske systemdeles isoleringsmaterialer og har arbejdet med skibe, elektrisk kraft, stål, kemikalier, maskiner og andre industrier har dannet støttefaciliteter.
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High-Temperature Nano-Graphite Gland Packing Branchekendskab

How do high-temperature nano-graphite fillers demonstrate their extraordinary value in the face of extreme working conditions?

In the modern industrial field, with the continuous advancement of technology and increasingly stringent production requirements, the demand for high-performance, high-temperature resistant and corrosion-resistant sealing materials is growing. As a leader in this field, Jiangsu Jintai Sealing Technology Co., Ltd. is gradually becoming a benchmark enterprise in the industry with its deep accumulation and continuous innovation in the field of high-temperature nanographite fillers, providing solid technical support and product guarantees for many key industries such as shipping, electricity, steel, chemical industry, machinery, etc.

High-temperature nanographite filler, as a new material that integrates high-temperature stability, excellent thermal conductivity, good sealing and environmental protection, has unique properties that make it show extraordinary application value under extreme working conditions. The graphite particles modified by nanotechnology not only retain the original layered structure and high lubricity of graphite, but also greatly improve its stability and sealing effect in high-temperature environments. This filler can effectively resist thermal expansion, oxidation and corrosion at high temperatures, ensure the long-term stable operation of the sealing system, reduce maintenance costs, and extend the service life of equipment.

Jiangsu Jintai Sealing Technology Co., Ltd. is well aware of the importance of technological innovation to the development of enterprises, and has long been committed to the research and development and production of high-temperature nanographite fillers. The company has a research and development team composed of industry experts and senior engineers, constantly breaking through technical bottlenecks and optimizing product performance. By introducing internationally advanced production equipment and testing instruments, it ensures that each batch of products can meet the highest industry standards. The company has also established a complete quality control system, from raw material procurement, production and processing to finished product inspection, every link is strictly controlled to ensure stable and reliable product quality.

In the shipbuilding industry, high-temperature nano-graphite fillers have become the preferred material for sealing key parts such as ship engines and boilers due to their excellent high temperature resistance and seawater corrosion resistance, effectively improving the safety and reliability of ships. The power industry uses its excellent thermal conductivity to optimize the heat dissipation system of power generation equipment and improve energy conversion efficiency. In the steel and chemical fields, facing harsh environments such as high temperature, high pressure, and strong corrosion, high-temperature nano-graphite fillers have shown an irreplaceable role and ensured the continuous and stable operation of the production line.

In the face of the world's high attention to environmental protection and sustainable development, Jiangsu Jintai Sealing Technology Co., Ltd. has actively responded and continuously promoted the green and intelligent development of high-temperature nano-graphite fillers. On the one hand, the company is committed to developing more environmentally friendly production processes and recyclable products to reduce the impact on the environment; on the other hand, through intelligent transformation and digital transformation, it improves production efficiency and product intelligence, and provides customers with a more customized and efficient service experience.

Jiangsu Jintai Sealing Technology Co., Ltd. is leading the future development of the high-temperature nano-graphite filler industry with its leading technical strength, excellent product quality and wide market application. With the continuous advancement of technology and the continuous growth of market demand, Jiangsu Jintai will continue to play an important role in future development and contribute more to promoting industrial progress and sustainable development.

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