Core Viewpoint - Taihe Technology has developed brainwave biofeedback devices for training and therapy in the human-computer interaction field, indicating a focus on innovative health technology solutions [1] Group 1: Product Development - The company has established an instrument equipment project team dedicated to the development of brainwave biofeedback devices [1] - Two products have been developed: one for personal use to assist meditation through alpha or theta wave feedback, and another for collective training and therapeutic assistance [1] - The design phase of the products is complete, and they are currently undergoing prototype testing and aesthetic optimization [1]

Group 1: Production and Technology - Continuous production at Taihe Technology refers to automated, continuous input and output processes, offering advantages such as safety, lower investment, stable product quality, and reduced labor needs [1] - The annual production capacity of self-produced phosphorus trichloride is 240,000 tons, with significant technical advantages leading to lower production costs for downstream phosphorus-containing products [2] - Current projects for PEEK, PEN, and PPS are in the pilot testing stage, with PEEK samples already being sent out [2] Group 2: Research and Development - Taihe Technology has approximately 150 R&D personnel, excluding analysis, design, and engineering staff, with the lithium sulfide project team composed entirely of internally trained professionals [3] - The brain biofeedback device developed by Taihe Technology provides real-time feedback for meditation, enhancing user experience compared to existing products [2] Group 3: Incentive Mechanism - The incentive mechanism for executives includes performance indicators linked to business operations, with year-end bonuses based on the completion of these indicators [3] - Business personnel's compensation consists of a fixed salary plus year-end bonuses, determined by market development performance [3] Group 4: Future Growth Points - Future profit growth is expected to come from water treatment agents, electronic chemicals, new materials, battery materials (including sodium battery components and solid-state electrolyte raw materials), and ongoing and planned projects [4]