Titanium ball combines corrosion resistance of titanium material and reliability of double the double-sealing structure, suitable for harsh working conditions and industry with strict and medium adaptability to sealing, corrosion resistance. Details are as follows:
I. Applicable Conditions
1.Strong Corrosive Medium Environment
Titanium materials are highly corrosion resistance to chlorine ions, seawater, acidic media (e.g. nitric acid, acetic acid) and sulphur compounds and are therefore suitable for the transport of corrosive liquids or gases in industries such as chemical engineering and marine engineering.
Typical situation: control the transport of oxidized or reductive media in chemical pipelines, high-salinity media in seawater desalination systems.
2.High temperature and high pressure conditions
Titanium alloys (e.g., TA9, TC4) have excellent high temperature and high pressure properties and can withstand extreme temperatures (-196°C to 800°C) and high pressures (e.g., class 900).
Typical Scenario: High-pressure pipeline for deep-sea oil and gas gas extraction, high-temperature media control for nuclear power cooling system.
3.Dense, compact or Crystallizing Media
The inner chamber of valve body adopts doublesealing structure, which is designed with metal lip edge, can scrape the medium during stopper rotation to prevent accumulation, and is suitable for solid particles, high viscosity and crystallization.
Typical scene: heavy oil transportation in petrochemical industry, sludge treatment in sewage treatment industry.
4.Bidirectional Media Flow Requirements
The dual seal structure supports the flow of media in both directions, does not require to distinguish between the inlet and outlet directions, and is suitable for situations where the flow direction of media may be reversed.
Typical situation: Bidirectional fluid pipelines, high-pressure wave system.
5. High Sealing Requirements Scenarios
Through the design of double-groove sealing rings, PTFE or reinforced PTFE sealing sleeves, zero-leakage sealing is achieved, which satisfies extremely high requirement of leakage rates.
Typical Scenario: Clean media transportation in the pharmaceutical industry, sanitary grade fluid control in food processing.
II. Applicable Industries Petroleum and Chemical Industry
It is used to control the transport and distribution of crude oil, natural gas and chemical raw materials and performs exceptionally well under working conditions containing chloride ions or acidic media.
Application scenarios: PTA production process, concentrated hydrochloric acid transportation system.
Marine engineering
Titanium materials are resistant to seawater corrosion and erosion and are suitable for ships, offshore production platforms and coastal power station equipment.
Application scenarios: Deep sea drilling equipment, seawater desalination system.
Power industry
Used to control the transmission of fuel oil, gas, cooling water, steam and other media to ensure the safe operation of power stations.
Application scenarios: Nuclear power cooling system, high pressure steam pipe. Water treatment
Suitable for the transportation of various media such as tap water, sewage and industrial water, especially for water treatment scenarios with high salt content or corrosive composition.
Application scenarios: sewage treatment plants Sludge dewatering system, coastal water supply pipelines.
Drugs and food
Titanium materials is non-toxic and non-polluting and meets FDA certification requirements. Double sealing structure to prevent cross contamination, suitable for high cleanliness medium.
Application scenarios: Biopharmaceutical fermentation tanks, food-grade beverage transportation pipelines.
Metallurgy and energy
High temperature and high pressure characteristics are suitable for high temperature fluid control in the metallurgical industry and energy equipment.
Application scenarios: Circulating water system of steel mills, oil and gas transportation on offshore platform.
