
Foam glass is a high-performance insulation material widely used in construction and industrial projects due to its excellent thermal insulation, fire resistance, and durability. For a detailed overview of its properties, benefits, and applications, see our comprehensive guide to foam glass . Our foam glass is produced using state-of-the-art machinery that ensures high-quality, uniform products. Key production equipment includes mixers, foaming furnaces, and cutting machines designed to meet industrial standards. Domestic orders are generally packed in cardboard boxes, while export orders are palletized for safe transportation. To ensure superior material performance, foam glass undergoes rigorous testing using advanced laboratory equipment such as thermal conductivity meters, density testers, and fire resistance testing chambers(What is shown below are part of the line-up). Used for fire performance testing of foam glass materials. Used for accurate mass measurement during density and material property testing of foam glass samples. Used to measure mechanical properties of foam glass, including compressive strength, flexural strength, and tensile strength according to ASTM standards. Low-Temperature Universal Testing Machine (UTM) used to evaluate the mechanical properties of foam glass under sub-zero conditions, including compressive and tensile strength. Ultra-Low Temperature Guarded Hot Plate Thermal Conductivity Tester used to measure the thermal conductivity of foam glass under sub-zero conditions, following ASTM C177 and ISO 8302 standards. Closed Cell Content Tester used to measure the closed-cell ratio of foam glass, ensuring optimal insulation and structural properties according to ASTM D6226 standards. Foam glass panels are easy to install on construction sites, providing reliable insulation and fire protection. Our projects demonstrate the efficient installation process and long-term performance in real-world conditions. The Xinao Zhoushan LNG Receiving Terminal Project is a state-of-the-art liquefied natural gas (LNG) terminal located in Zhoushan, Zhejiang Province, China. It is designed to safely receive, store, and regasify LNG, providing a reliable energy supply for the region. The project highlights advanced engineering, environmental compliance, and operational efficiency. The Wanhua Ethylene Tank Area is a critical section of the Wanhua petrochemical complex, responsible for safely storing ethylene in temperature- and pressure-controlled tanks. This facility follows strict industrial safety standards and features automated monitoring systems to ensure operational reliability. The Penglai YA & Qingdao YA Construction Projects highlight our ongoing civil and industrial construction work at these two strategic locations. Both sites are managed with strict safety protocols, advanced project management, and high-quality engineering standards to ensure timely and efficient completion.Foam Glass Material Overview
Production Equipment
Production Line 1
No. 1 Kiln Line
No. 1 Kiln Discharge Outlet
Production Line 2
No. 2 Kiln Line
No. 2 Kiln Discharge Outlet
Production Line 3
No. 3 Kiln Line
No. 3 Kiln Discharge Outlet
Warehouse In-Stock Products and Packagings
Stock Goods Stacked in Warehouse
Palletized Goods for Transportation Overseas
Laboratory Equipment
Oxygen Index Test Apparatus
Analytical Balance
Universal Testing Machine (UTM)
Low-Temperature Universal Testing Machine (Low-Temperature UTM)
Ultra-Low Temperature Guarded Hot Plate Thermal Conductivity Tester
Closed Cell Content Tester
On-Site Installation
①Xinao Zhoushan LNG Receiving Terminal Project
Installation Scene 1
Installation Scene 2
②Wanhua Ethylene Tank Area
Installation Scene 1
Installation Scene 2
③Penglai YA & Qingdao YA Construction Projects
Installation Scene 1
Installation Scene 2