SILICATE MINERAL-BASED, ECO-FRIENDLY CONSTRUCTION METHOD FOR SAVING CONSTRUCTION AND HEATING COSTS, SHORTENING CONSTRUCTION PERIOD, ELIMINATING CEMENT POISON AND SICK HOUSE SYNDROME, AND REDUCING INTER-FLOOR HEIGHT OF HIGH-RISE BUILDING

摘要

Provided are a method for manufacturing a refined silicate mineral used as a hypocaust flooring material, a hypocaust flooring including same, and a hypocaust flooring panel having a structure that facilitates construction. The hypocaust flooring of the present invention has an anti-microbial effect and a higher temperature and thermal conductivity than its surroundings, and includes silicate minerals which release moisture and humidity well in order to impart functionality. Also, the hypocaust flooring of the present invention can be conveniently installed since the structure facilitates the piping process, and helps address environmental problems such as sick house syndrome since it does not require cementing and mortaring processes.