氣凝矽晶輕質牆體

採用自主研發專利製程設備，層升式梯度攪拌，促發水泥與二氧化矽、二氧化鈣晶體。製備出低密度、高孔性「氣凝矽晶輕質泥」。
所得到的二氧化矽、二氧化鈣氣凝泡體（泡孔直徑：30nm~60nm）具有孔隙率高，孔隙完整，比表面積大，隔熱性能好，密度低，並且具有良好彈性。
孔隙率、超低密度、低導熱係數、低聲速、低折射率、低介電常數及高介電強度、疏水親水可控、奈米介質等特性，使其具有超強隔熱保溫保冷、隔噪音、阻隔輻射、絕緣、防水、等諸多功能。
(1平方米密度小於500KG)

Using independently developed patented process equipment, a gradient mixing process promotes the formation of cement, silica, and calcium dioxide crystals. This produces a low-density, highly porous “aerosilica lightweight mud."The resulting silica and calcium dioxide aerosol foams (pore diameter: 30nm-60nm) feature high porosity, complete pores, large specific surface area, excellent thermal insulation, low density, and excellent elasticity.

The porosity, ultra-low density, low thermal conductivity, low sound velocity, low refractive index, low dielectric constant and high dielectric strength, controllable hydrophobicity and hydrophilicity, and nanomaterial properties provide superior thermal insulation, noise isolation, radiation protection, electrical insulation, and waterproofing. (Density less than 500kg per square meter)

材料特性

• 低密度、高孔隙：降低建築載重、提升施工效率
• 良好灌漿性與穩定性：漿體具高流動性、不分離、不沉降
• 優異的防火、隔音、抗震效能：經 SGS 檢驗耐燃3H 、防火2H測試
• 黏著力與吊掛強度佳：牆體可承載吊掛物重量超過 120 kg
  

智慧化灌漿系統

我們自主研發並取得國家專利認證的智慧化灌漿設備，整合主機操作平台（用於施工參數設定與作業監看）、上料與混漿機組（輔助材料比例控制），以及高效泵送系統，可將漿體穩定輸送至多樓層施工區域。設備具備良好機動性，能依建案條件彈性調整配置位置與施工路徑，支援分層灌漿作業，提升現場施工效率。
透過機械化作業結合智慧控制輔助，可降低人工作業誤差與施工品質差異，並有助於施工流程的穩定與工期管理。同時保留施工參數與作業紀錄，作為品質管理與後續檢核之依據，協助現場作業維持一致性與可控性。與回溯。

We have independently developed and obtained national patent certification for our intelligent grouting equipment, which integrates a central operation platform for setting construction parameters and monitoring operations, material feeding and mixing units that assist in controlling material proportions, and a high-efficiency pumping system capable of delivering slurry reliably to multi-floor construction areas. The equipment offers strong mobility, allowing flexible adjustment of placement and routing based on project conditions, and supports staged grouting operations to enhance on-site construction efficiency.

Through the integration of mechanized operations with intelligent control assistance, the system helps reduce manual operation errors and variations in construction quality, while supporting stable workflows and schedule management. Key construction parameters and operation records are retained as references for quality management and subsequent inspection, helping maintain consistency and controllability in on-site operations.