Application Scenarios
Wall end construction for high-rise buildings
Wall sealing for apartments, office buildings, and commercial complexes
Wall structure forming for industrial plants
Wall End Panel
Wall End Panel
The wall end panel is a specialized formwork used for sealing the ends of walls. Since wall ends are typically not directly connected to external structures, the wall end panel is usually classified as an internal wall panel. Its bottom edge features an angled aluminum design, enhancing structural stability and sealing performance.
Currently, 200mm-wide beam bottom panels and wall end panels are designed with 65mm flanges on both long sides, allowing for easy assembly and disassembly. Thanks to their excellent integrity and modular connection, these panels are commonly referred to as “aircraft panels” on construction sites. This design significantly improves construction efficiency and ensures high-quality concrete forming.
Key Features
Key Advantages
Strong Structural Stability: Angled aluminum design offers excellent support and superior concrete forming results.
Easy Installation: 65mm flanges on both sides enable fast, modular assembly and dismantling.
Excellent Integrity: Tight panel connections ensure high-quality construction and enhanced safety.
Flexible Application: Suitable for sealing various types of wall ends across different building structures.
High Construction Efficiency: Reduces manual adjustment time, speeds up installation, and lowers overall project costs.
Technical Specifications
Iterm One
Iterm two
Iterm There
Iterm Four
Case Study
We believe the projects that we have executed speak for themselves. CITIC HIC has engineered and provided 6 AG mills of Ø12.2m×11m (28000kW gearless drive) and 6 overflow discharge ball mills of Ø7.9×13.6m (2×9000kW gear drive) for Sino Iron Project in Australia. For Zijin Mining’s Duobaoshan Copper Mine project in Heilongjiang, we have manufactured and provided SAG mills of Ø11×6.4m (2×9000kW) and overflow discharge ball mills of Ø7.9×13.6m (2×9000kW) which have been well operating currently.
Brazilian Miner Vale SA
23 large-scale ball mills, Ø5.5×8.8m
Wengfu Phosphate Mine Project Phase II in Saudi Arabia (Ma'aden)
6 wet grinding rod mills, Ø4.6×6.7m
Vedanta Project in South Africa
1 SAG mill, Ø8.5×5.5m
Laos Phonesack Group's KSO Gold Mine Project (83,000t/d)
6 SAG mills, Ø8.8×4.8m
Mongolian Erdenet Mining Corporation's Copper Mine Project (20,000t/d)
SAG mill, Ø9.75×4.88m
Full-process Solution for Mineral Grinding
We believe the projects that we have executed speak for themselves. CITIC HIC has engineered and provided 6 AG mills of Ø12.2m×11m (28000kW gearless drive) and 6 overflow discharge ball mills of Ø7.9×13.6m (2×9000kW gear drive) for Sino Iron Project in Australia. For Zijin Mining’s Duobaoshan Copper Mine project in Heilongjiang, we have manufactured and provided SAG mills of Ø11×6.4m (2×9000kW) and overflow discharge ball mills of Ø7.9×13.6m (2×9000kW) which have been well operating currently.
Why Choose CITIC HIC's Grinding Mills
- High cost-effectiveness
CITIC HIC grinding mills are recognized as China’s Manufacturing Industry Single Champion Product. CITIC HIC is responsible for setting the national standards of semi-autogenous mills (SAG mills) and ball mils, supported by powerful database, optimized process technology, cutting-edge design concept, and 60 years of experience in developing and nurturing innovative technology. - High operating rate
The long life cycle of our products is based on the adoption of international standards, high-quality materials, state-of-the-art processing techniques. - Low-carbon & environmental-friendly processes
Intelligent control technology coupled with long-life wear-resistant materials results in low-carbon and eco-friendly operations. - High-efficiency service
Our service network is distributed all over the world, and our service team of seasoned professionals is reliable and willing to assist along the way. We are able to deliver quick response to customer needs and provide full life cycle support via online monitoring and diagnosing, product upgrading and continuous process improvement.
