Yunsol Tech is a company established in 2014 and located in Gimcheon, Gyeongsangbuk-do, led by CEO Kim In-woo. Specializing in the processing of mineral wool and glass wool insulation, the company supplies thermal insulation materials to various industrial sectors, including construction, plant engineering, and shipbuilding. It is growing by producing high-quality thermal insulation materials through proprietary technology and research and development.

Yunsol is a company specializing in thermal insulation materials, producing and supplying a wide range of products. In a short period since its establishment, we have grown into the nation's leading manufacturer of thermal insulation through superior quality and technology. To prioritize meeting customer needs, we go beyond simple product manufacturing to produce unique, differentiated insulation materials through continuous research and development. We supply these materials to various sectors, including ships, plants, power stations, architecture, and construction.

Business sectors

• Manufacturing and sales of mineral wool/glass wool insulation: We manufacture and sell mineral wool and glass wool insulation, which are inorganic artificial mineral fiber insulation materials made by melting calcium silicate-based ores at high temperatures, and supply them to various industrial sectors including construction, plant industry, and shipbuilding and marine fields.
• Processing of High-Temperature and Special-Specification Insulation Materials: We have patented the first ultra-high-temperature high-density thermal insulation material in Korea and are conducting research and development to enable the use of special-purpose insulation materials without relying on overseas products.
• Board Products and Cutting & Processing: We use plate-type thermal insulation boards for building walls, roofs, fire doors, panels, etc., and process them to enable cutting and installation according to specific applications and specifications.

Products

• Mineral wool insulation: An inorganic artificial mineral fiber insulation made by melting calcium silicate-based ore, etc. at high temperatures, used for thermal insulation of various pipe installations.
• High-density mineral wool thermal insulation: This product utilizes a patented needle punching method to achieve high density, making it suitable for ultra-high temperature applications while improving workability and cost-effectiveness.
• Board (Panel-type Thermal Insulation): As a panel-type thermal insulation material, it is primarily used for building walls, roofs, fire doors, panels, etc., and can be cut and installed to suit specific applications and specifications.

Special Features

• Proprietary Technology and R&D: We produce differentiated products through continuous research and development, such as developing the first ultra-high temperature high-density mineral wool thermal insulation in Korea using a patented needle punching method.
• Excellent Quality and Certification: We have obtained ISO 9001 quality management system certification and hold numerous patents, including manufacturing technology for high-temperature mineral wool insulation tubes and the development of a mineral wool refractory filling structure.
• Extensive Supply and Partnerships in Various Industries: We supply thermal insulation materials to major corporations in various industrial sectors, including ships, plants, power plants, and construction, and have established cooperative relationships with key companies such as KCC, ISOVER KOREA, and SK Hynix.

💡 A word from Jobploy
Yunsol Tech is a manufacturer specializing in the processing of mineral wool insulation materials. The company primarily engages in the contract manufacturing of insulation pipes, which implies that there may be many roles related to production and processing. Adherence to safety regulations and precise work skills are crucial. As a company growing through continuous technological development, this presents a good opportunity for foreign workers with a willingness to learn in the relevant field.