Abstract: Guangdong Kodest Eco-technology Inc.Co.,LTD. (hereinafter referred to as Kodest Technology) was established in 1993 and is located in Shunde, Guangdong, the hometown of coatings. It has been focusing on the electrophoretic coating industry for 30 years and is a high-tech manufacturer of two-component cathodic electrophoretic paint, epoxy electrophoretic paint, and water-based industrial paint.
Shaoguan Kodest New Materials Co., Ltd. is a wholly-owned subsidiary of Guangdong Kodest Eco-technology Inc.Co.,LTD. It laid the foundation stone in December 2017 and successfully started trial production in early 2022. The project covers an area of 60 acres and has a construction area of 43,000 square meters. Its design and construction are carried out in strict accordance with environmental protection and regulatory requirements. The total planned production capacity is 60,000 tons. It is one of the largest R&D and production bases for cathodic electrophoretic coatings in the South China segment.
Shaoguan kodest New Materials Co., Ltd. is a modern factory integrating R&D, production, office and warehousing. It mainly produces and develops cathode electrophoretic coatings, water-based topcoats and other water-based industrial coatings. The commissioning and operation of Shaoguan Kodest is of great significance. It is to solve the current insufficient production capacity of Kodest cathode electrophoretic coatings. At the same time, the water-based project relies on the production capacity of the Shaoguan base, which is the basis for kodest Technology to become bigger and stronger, realize the strategy of water-based industrial enterprises in the market segment, and achieve the five-year strategic goal of 1 billion in revenue.
Shanghai Ruijun Electrophoretic Coating Co., Ltd. (formerly Shanghai Ruihua Trading Co., Ltd.) is a wholly-owned subsidiary of Kodest Technology. It was established in 1997 and is a company integrating the research, production, sales and technical services of cathode electrophoretic coatings. It has an upstream advantage in the field of domestic electrophoretic coatings, especially in the electrophoretic coating industries such as hardware and light industry. Ruijun has a mature management team, excellent products and fast and effective services, and is deeply trusted and praised by customers. Cathodic electrophoretic coating products include high gloss, matte, semi-gloss black single-component, two-component cathode electrophoretic coatings and colored single-component cathode electrophoretic coatings. The company's products are widely used in the anti-corrosion and decoration of metal components such as light industry, agricultural machinery, engineering machinery, motorcycles, auto parts, household appliances, building materials, etc. It is one of the leading companies in the market segment with distinctive competitive advantages. Ruijun has enjoyed a high reputation and status in the cathode electrophoretic coating market.
Waterborne industrial coatings are one of our proud traditional businesses. Kodest Technology adheres to innovation, customer-oriented and unremitting pursuit of providing customers with high-quality products and sustainable development. Our goal is simple and sincere: to provide high-performance waterborne industrial coatings products and services to help customers solve challenges ranging from performance to production, to environmental protection requirements and all other possible challenges.
Warm congratulations to kodest Technology for winning the "Foshan Shunde District Enterprise Quality Award"
The Light of Smart Manufacturing Ignites Guangdong and Commemorates the Centennial" Pairing and Co-construction Activity
Commercial vehicle and frame supply chain gathered in Changsha--kodest Technology supports the industry
kodest Technology participated in the "2022 International Commercial Vehicle Intelligent Manufacturing and Frame Technology Summit" to help the industry develop rapidly and healthily
Good news! kodest Technology passed the 2022 Guangdong Province "Specialization, advancement, and novelty" evaluation
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