One-stop solution for oil&gas pipeline
Trusted Pipe Supplier for the Oil & Gas Industry Globally Delivered, Quality Assured
Carbon Pipe&Tube for the Oil & Gas Industry
Built to perform in corrosive and high-pressure oil & gas systems, our carbon steel pipes offer smooth flow, excellent resistance to sour media, and dependable performance in both onshore and offshore applications.
Stainless Steel Pipe & Tube for the Oil & Gas Industry
Engineered to withstand extreme pressure, temperature, and corrosive media, our stainless steel pipes are ideal for offshore platforms, buried pipelines, and sour service conditions. They comply with API and ASME standards, offering exceptional stress corrosion resistance and long service life in critical oil & gas infrastructure.
Finned tubes for the Oil & Gas Industry
Tailored for oil & gas thermal systems, our finned tubes support enhanced heat recovery in glycol reboilers, process gas heaters, and crude stabilization units. They are built to withstand H₂S, CO₂, chlorides, and high cycling stress — meeting ASME and API material standards.
Flanges for the Oil & Gas Industry
Our precision-engineered flanges ensure leak-tight connections and pressure integrity in demanding oil & gas applications. Compliant with ASME B16.5, B16.47, and API 6A standards, they are designed to withstand extreme pressures, corrosive media such as H₂S and CO₂, and harsh offshore or cryogenic conditions — providing long-term reliability for pipelines, pressure vessels, and process equipment.
Oil&Gas Industry Market Research Reports
Regular updates on industry market insights — empowering our clients to capture opportunities and succeed.
Dedicated Support for Seamless Integration
Accurate ordering
Accurately and clearly, we input all order details, including the customer's special requirements, into our internal system to prevent any errors after production is scheduled.
Production Control
Each order is assigned a unique tracking number to ensure meticulous management, with every stage strictly recorded and signed for full traceability. Comprehensive inspections, including HT, ET, UT, RT, and PT, are conducted to guarantee superior performance and quality.
After-sales service
Responsive After-Sales Service, Offering Free Exchange or Replenishment of Your Stainless Steel Tubes to Ensure High-Quality Heat Exchanger Installation and Timely Order Fulfillment.
Technical Support
Technical support is provided promptly via phone, email, and online chat to efficiently address your technical issues and inquiries.
Company News
Heat Exchanger Troubleshooting Guide: Common Problems, Causes
Heat exchangers are critical equipment in chemical plants, refineries, power plants, marine systems, HVAC systems, food processing, pharmaceutical utilities, and heat recovery projects. When a heat exchanger does not work properly, the problem may appear as poor heat transfer, high pressure drop, leakage, vibration, frequent fouling, unstable outlet temperature, or unexpected shutdown. Troubleshooting should not […]
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Flange Sealing Techniques: How to Ensure a
Introduction If you’ve ever walked through an oil refinery or a chemical plant, you’ve probably seen a flange connection wrapped in insulation—maybe even dripping or steaming from a tiny leak. Flange connections are everywhere in pipeline systems, but when not sealed properly, they’re one of the most common sources of leaks, corrosion, and even shutdowns. […]
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Stainless Steel Instrumentation Tubing for Japan’s Oil
Introduction The oil and gas industry in Japan demands high-precision stainless steel instrumentation tubing for safe and efficient operation of control systems. DLSS supplies JIS G3446-compliant tubes with excellent corrosion resistance, precision dimensional tolerances, and long service life in harsh offshore and onshore environments. 1. Why Stainless Instrumentation Tubes for Oil & Gas（石油・ガスにステンレス計装チューブが必要な理由） 2. Standards […]
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Low-Fin vs Corrugated Tubes: Which Is Better
Low-fin tubes and corrugated tubes are both used to improve heat exchanger performance, but they do it in different ways. Low-fin tubes increase heat transfer mainly by adding more external surface area. Corrugated tubes improve heat transfer mainly by disturbing the flow and creating stronger turbulence inside or around the tube. Neither design is always […]
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