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Sample Cylinder

Product Category:
Main Uses of The Product:

  • Safe sampling of pressurized gases and liquids

  • Collection and storage of samples for analytical testing

  • Quality control and analysis of process fluid composition

  • Use in oil, gas, and condensate transmission lines

  • Application in refinery, petrochemical, and power plant units

  • Testing and calibration of pressure and temperature measurement instruments

  • Safe transportation of samples to laboratories

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Specialized Solutions for Industrial Fluid Sampling and Management

Awring Maad Sanat, leveraging domestic technical knowledge and engineering capabilities, designs, manufactures, and supplies a wide range of fluid sampling, collection, and distribution equipment.
These include Sample Cylinders, Condensate Pots, and Air Distribution Manifolds, widely used across industries such as oil, gas, petrochemical, and power plants.

Sample Cylinder – Precision and Safety in Industrial Sampling

Sample Cylinders are essential equipment for sampling gaseous and liquid fluids.
They play a crucial role in preserving sample composition, preventing contamination, and facilitating transport to analytical laboratories.
These cylinders are typically made from 304 or 316 stainless steel, ensuring safe and accurate sampling.

Features of the Sample Cylinder

  • High pressure resistance: Some models can withstand pressures up to 5000 psi (344 bar).
  • Seamless construction: Prevents sample contamination and improves analytical accuracy.
  • Variety of capacities: Ranging from 40cc to 4000cc, depending on process requirements.
  • Polished internal surfaces: Prevents fluid retention and facilitates cleaning.
  • Internal Teflon coating: Suitable for specific fluids to prevent chemical reactions.

Condensate Pot – Enhancing Measurement Accuracy in Steam Systems

Condensate Pots, also known as Seal Pots, are critical components in steam systems used to collect and retain condensate.
They prevent condensate from entering measurement instruments, thereby improving the accuracy of pressure and flow measurements.

Features of the Condensate Pot

  • Prevents condensate from entering sensors and reduces measurement errors.
  • High resistance to pressure and temperature, made from materials such as stainless steel, carbon steel, or special alloys.
  • Horizontal and vertical installation capability depending on process requirements.
  • Condensate drainage capability using specialized valves.

Air Distribution Manifold – Optimized Distribution of Compressed Air

Air Distribution Manifolds are key components in pneumatic systems used to
distribute compressed air to multiple consumers, such as control valves, pneumatic actuators, and instrumentation equipment.

Features of the Air Distribution Manifold

  • Durable and precise construction made from aluminum, brass, stainless steel, or polypropylene.
  • Multiple outlet ports for simultaneous distribution to different users.
  • Equipped with shut-off valves for controlling the flow of each outlet.
  • Drain valve included for removing accumulated condensate.

Engineering Capability and Domestic Manufacturing

Awring Maad Sanat, relying on its technical expertise and engineering experience, has achieved the capability to manufacture fluid sampling and management equipment domestically, in addition to importing reputable global brands.
The company can design and manufacture Sample Cylinders, Condensate Pots, and
Air Distribution Manifolds according to customer requirements and industry standards.
This engineering approach ensures reduced procurement costs, enhanced equipment performance, greater flexibility in selecting technical specifications, and strengthened support for domestic industries.

  • Safe and Accurate Sampling of Pressurized Fluids:
    Designed for the collection, storage, and transfer of gas or liquid samples without altering their chemical composition or physical properties.

  • Robust High-Pressure Construction:
    Seamless body made of Stainless Steel 304 or 316, capable of withstanding pressures up to 1800 psi, suitable for harsh operating conditions.

  • Equipped with Double Isolation Valves:
    SS 316 valves installed at both ends of the cylinder to control flow and enhance safety during the sampling process.

  • Provision for Safety Devices:
    Can be fitted with safety systems such as Pressure Safety Valve (PSV), Pressure Control Valve (PCV), and Rupture Disc (RD) to regulate pressure and prevent hazards caused by sudden overpressure.

  • Pressure Gauge Installation Capability:
    Provision for installing a pressure gauge up to 2000 psi for accurate monitoring of internal pressure during sample storage and transportation.

  • Wide Range of Capacities and Dimensions:
    Available in volumes ranging from 250 cc to 2000 cc, with custom-designed options to meet specific project requirements.

  • Compliance with International Standards:
    Designed and manufactured in accordance with ASME, ASTM, ISO, and API standards, ensuring quality, safety, and reliable performance.

  • Leak- and Corrosion-Resistant Design:
    Precision welding and the use of corrosion-resistant alloys minimize leakage risk and extend service life in corrosive environments.

  • Broad Application Across Process Industries:
    Suitable for oil, gas, petrochemical, refinery, power generation, and analytical laboratory applications.

  • Easy Installation and Maintenance:
    Modular and portable design enables quick installation, safe handling, and simple maintenance without the need for special equipment.

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