TF6930 Modified PTFE Sheet S533 (Barium Sulphate)

Modified PTFE Sheet S533 (Barium Sulfate) Description

Modified PTFE Sheet S533 (Barium Sulfate) is a material that meets the chemical resistance and mechanical integrity requirements of academic and industrial applications. It combines the PTFE properties of low surface adherence, corrosion resistance, and electrical insulation with increased density and strength owing to the incorporation of barium sulfate. The sheet has been tested to perform under the operating conditions specified for industrial use.

The sheet maintains its dimensions under thermal stress and retains functionality at temperatures up to 260°C. It is employed in sectors such as chemical processing, food manufacturing, and electronics, where consistent performance in high-temperature and chemically aggressive conditions is required. The incorporation of barium sulfate increases the measured mechanical strength, thereby satisfying durability and impact resistance criteria.

Modified PTFE Sheet S533 (Barium Sulfate) Applications

·      Chemical Processing: Used as gaskets, seals and liners in equipment that is exposed to corrosive chemicals.

·      Food Manufacturing: Applied in food-grade systems where low surface adherence and chemical resistance are required.

·      Electronics: Utilised as an insulating material in electrical systems to meet defined electrical resistance standards.

·      Pharmaceutical Industry: Used in manufacturing and packaging equipment that must operate under strict chemical and thermal conditions.

·      Industrial Sealing: Employed as gaskets and seals for pumps, valves and machinery operating at high pressure and temperature.

·      Aerospace: Used for sealing and insulation in aerospace systems that operate under extreme conditions.

·      Energy and Power: Utilised in power plants and energy systems for high-temperature insulation and operational protection.

Modified PTFE Sheet S533 (Barium Sulfate) Packaging

Products are supplied in customised cartons of various sizes based on the material dimensions. Smaller items are packed in PP boxes, while larger items are contained in custom wooden crates. Packaging procedures utilise appropriate cushioning materials to meet transportation requirements.

Packaging: Carton, Wooden box, Paper barrel, Iron barrel, or Customized.

Kindly review the packaging details provided for your reference.

Modified PTFE Sheet S533 (Barium Sulfate) FAQs

Q1. What is Modified PTFE Sheet S533 (Barium Sulfate)?

The Modified PTFE Sheet S533 (Barium Sulfate) is a specialised material that combines PTFE with barium sulfate to meet predefined chemical resistance, thermal stability and mechanical strength criteria. It is used in applications where adherence to standard performance metrics is required.

Q2. What are the key features of Modified PTFE Sheet S533 (Barium Sulfate)?

Chemical Resistance: The material resists most acids, alkalis and aggressive chemicals as verified by standard tests.

Thermal Stability: The sheet maintains its form up to temperatures of 260°C.

Mechanical Strength: The incorporation of barium sulfate results in a measured tensile strength of ≥10 MPa.

Electrical Insulation: The material offers electrical resistance in line with established dielectric standards.

Non-stick Properties: The surface exhibits low adhesion, thereby reducing cleaning requirements.

Q3. What industries use Modified PTFE Sheet S533 (Barium Sulfate)?

Chemical Processing: Employed for seals, gaskets and liners in equipment that handles corrosive substances.

Food Manufacturing: Used in food processing and packaging systems that require low adhesion and resistance to corrosion.

Pharmaceuticals: Applied in manufacturing equipment and systems that must operate within defined chemical and thermal limits.

Electronics: Utilised as an electrical insulator and for its dielectric properties.

Aerospace & Automotive: Deployed in sealing, insulation and protective components where operating conditions are strictly controlled.

Energy: Implemented in power systems and equipment that function at elevated temperatures.

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