232 flux core wire_232 flux core wire

DingZhou JinLong Metal Production Co. , Ltd. is one of the largest integrated manufacturers of special welding materials in China. Its main products include stainless steel welding materials, heat resistant steel welding materials, low temperature steel welding materials, high strength steel welding materials, hardfacing welding materials, nickel-based cast iron welding materials, nickel and nickel alloy welding materials, copper and copper alloy welding materials, special purpose welding materials, etc. , more than 200 varieties with an annual production capacity of 20,000 tons. Products with good market applicability and competitiveness, widely used in petrochemical, chemical, nuclear power, power, light industry machinery, metallurgy and pressure vessel manufacturing industries. Sales network throughout the country, has become a domestic special welding materials one of the mainstream brands, a good reputation for cooperation, to the industry widely praised.

The Chinese welding industry has undergone remarkable transformation over the years. Today, it leads in manufacturing by integrating modern technologies with classical welding techniques. This evolution is not only a testament to China’s unwavering commitment to quality and performance but also a representation of its adaptability to international standards. The WC Electric Company, for instance, has paved the way with its state-of-the-art production facilities, ensuring their electrodes meet the rigorous demands of diverse industries, from automobile manufacturing to aerospace engineering.

In addition to technical expertise, Chinese manufacturers also focus on trustworthiness by implementing rigorous quality control measures. State-of-the-art testing facilities equipped with advanced technology like X-ray fluorescence spectrometers and tensile testing machines are standard. These enable manufacturers to execute meticulous inspections, guaranteeing the chemical composition, mechanical properties, and performance of each electrode.