Dongchao Cable Co., Ltd.
EN

QYJYEQ(MLE)

QYJYEQ (MLE) is a high-performance flat ESP cable featuring polyimide compound film sintered insulation, EPR composite layers, a lead inner sheath, and stainless or galvanized steel interlocked armor. It is engineered for demanding downhole environments requiring superior thermal, chemical, and mechanical resistance.

Contact Us
Add to Quote

Features of QYJYEQ(MLE)

  • High-temperature insulation: Polyimide compound film sintering and EPR layers ensure excellent thermal stability in extreme downhole conditions.

  • Enhanced chemical resistance: Lead inner sheath provides strong protection against oil, gas, H₂S, and corrosive well fluids.

  • Durable mechanical protection: Stainless or galvanized steel interlocked armor offers superior crush, impact, and abrasion resistance.

  • Flat ESP design: Optimized for tight installation spaces, improving cable handling and deployment efficiency.

  • Reliable long-term performance: Engineered for deep wells and high-load ESP systems.

Features of QYJYEQ(MLE)

Applications Scenarios of QYJYEQ(MLE)

  • Ideal for electric submersible pump (ESP) systems in deep oil wells.

  • Used in high-temperature, high-pressure well environments requiring stable power transmission.

  • Suitable for wells with corrosive fluids, including oil, gas, water, H₂S, and minerals.

  • Commonly applied in onshore and offshore oil production operations.

  • Designed for tight installation spaces where flat cable geometry improves deployment efficiency.

Contact Us about Cables
Contact Us about Cables
To Know More About Dongchao Cable? We're Waiting for Your Contact!
Contact Info
Call Us
+86-19033989033
Address
No. 1, Jiashengtu Road, Shaheqiao Town Industrial Zone, Cangzhou, Hebei, China
Request a Free Quote
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. Part of the tracking is necessary to ensure SEO effectiveness,
By using this site, you agree to our use of cookies. Visit our cookie policy to learn more.
Reject Accept