To adapt to the industry's high-quality development and the upgrading needs of downstream high-end industries, various production, testing, acceptance, and environmental protection standards in the steel pipe industry are continuously being updated and improved. The industry's management and control system has been comprehensively upgraded. Increasingly stringent industry standards are forcing the entire supply chain to complete quality upgrades and process innovations, promoting the industry's standardized and refined development. In the past, the steel pipe industry's standard system was relatively lenient, with some sub-sectors exhibiting vague standards and lax control. This resulted in a large number of non-standard pipes and inferior OEM products on the market. Some companies, in order to reduce costs, used inferior raw materials, simplified production processes, and omitted heat treatment and quality inspection, producing pipes with large dimensional deviations, substandard mechanical properties, weak corrosion resistance, and insufficient safety factors. This not only disrupted the normal market order of the industry but also easily brought safety hazards to various engineering projects, hindering the overall reputation and development quality of the industry. In response to industry irregularities, the latest updated industry standards have established detailed and stringent requirements for the entire steel pipe production process, covering every stage from raw material selection, proportioning and smelting, rolling and forming, heat treatment and reinforcement, surface treatment, finished product testing, warehousing and delivery. Furthermore, new quantitative control standards have been established for core indicators such as dimensional accuracy, tensile strength, compressive strength, corrosion resistance, low-temperature toughness, environmental emissions, and safety factors, significantly raising the industry's entry threshold and product quality standards. After the implementation of the new standards, the industry has comprehensively rectified irregularities such as non-standard production, substandard subcontracting, and failure to meet parameter standards, severely cracking down on illegal production practices such as low-price, low-quality, and shoddy workmanship, and thoroughly purifying the industry's market environment. Strict standard control has forced all types of manufacturers to comprehensively optimize their production processes, proactively eliminate outdated and inefficient production equipment and processes, increase investment in equipment upgrades and technological transformation, and focus on refined, standardized, and high-quality product production. Simultaneously, enterprises are improving their internal quality control systems and establishing multi-stage, layered testing mechanisms. From raw material entry and semi-finished product processing to finished product delivery, strict sampling and comprehensive testing are conducted throughout the entire process to ensure that every batch of pipes meets the new industry standards. With the continuous improvement of the industry-wide quality control system, the overall precision, performance, stability, and safety of steel pipe products have significantly improved. They can accurately adapt to the stringent procurement and usage standards of various high-end scenarios such as high-end infrastructure, new energy, precision manufacturing, and marine engineering, continuously driving the steel pipe industry to transform from a production capacity advantage to a quality and brand advantage.