Nickel Alloy Encapsulated Cable 825 Tubing 3/8'' X 0.049'' Tinplated Copper Wires

Product Description:

Features:

Encapsulation, insulation, and filler materials can all play a role in ensuring that a structure holds up to certain environmental and operational conditions. Depending on the specific needs, items such as ethylene chlorotrifluoroethylene (ECTFE), ethylene tetrafluoroethylene (ETFE), fluorinated ethylene propylene (FEP), high density polyethylene (HDPE), perfluoroalkoxy (PFA), polyamide (PA), polypropylene (PP), polyvinylidene fluoride (PVDF), and thermoplastic polyolefin (TPO/PP) may all be incorporated into a design.

The table below summarizes the trade names and minimum installation temperatures for each type of encapsulation materials:

The right combination of encapsulation, insulation, and filler materials can make the difference between success and failure in an application. It's essential to select the right materials for the job, taking into account their specific capabilities and constraints.

Technical Parameters:

The table below lists the mechanical characteristics of Cold Worked Alloy TEC with Stainless-Steel 316L and Incoloy 825.

These calculations are based on minimum yield strength of 120,000 psi.

All TEC tubing is oversized welded and drawn. It can be custom printed with a variety of data, such as part number, serial number, sequential length, and purchase order number.

Note: The bending radius indicated is in a static condition after final training at the termination. All bending must be performed using a tubing bender to ensure that the bending radius is uniform. When deploying into or out of the well, the minimum bending radius should be as large as possible.

The table below shows the various TEC styles, their temperature ranges, and their respective fillers and insulations.

Lastly, the following table lists the maximum electrical conductor resistance at 20°C (68°F) for different American Wire Gauge (AWG) electrical conductors.

Applications:

In the oil and gas industry, measuring pressure and temperature in the down hole is an intricate, indispensable, and critical task. Its accuracy is essential to ensure the safety of personnel and equipment, as well as to maximize the economic and environmental benefits of the project.

Therefore, precise measurement of pressure and temperature is of great importance. Innovative solutions and advanced technologies are being developed to meet the demanding requirements of the industry by providing reliable and accurate pressure and temperature measurements.

By using these technologies to collect accurate pressure and temperature data in downhole operations, oil and gas companies can observe safety compliance, monitor potential problems, optimize operational efficiency and protect the environment.

Customization:

• Brand Name: Meilong Tube
• Model Number: 1/4''OD x 0.049''WT
• Place of Origin: China
• Certification: ISO9001
• Minimum Order Quantity: 2 coils
• Packaging Details: Wooden case
• Delivery Time: In 7 days
• Payment Terms: T/T, L/C
• Supply Ability: 150 metric tons per month
• Tubing Condition: Cold Worked
• Insulation Temperature: -10°C To 250°C
• Conductor: Copper Wires, Tinplated Copper Wires, Stranded Wires, Optical Fibers
• Tubing Size: 1/4''x0.035'', 3/8''x0.049''
• Insulation Material: PP, FEP, PFA

Support and Services:

Tubing Encapsulated Cable Technical Support and Service

• 24/7 customer service for technical support and inquiries
• Free training available to customers and staff
• On-site installation and maintenance services
• Online tutorials and resources available
• Free replacement parts and labor costs in case of product failure
• Extended warranty options available
• Regular system updates and upgrades