Fiber Cement Composite Steel Plate 0.5
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Fiber Cement Composite Steel Plate 0.5

Fiber cement composite steel plate 0.5 is composed of a 0.5mm thick galvanized steel sheet and a fiber cement layer. To improve crack resistance, the cement layer typically contains mineral fibers. High-pressure forming technology ensures a metallurgical bond between the steel and cement layers.
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Product Introduction

Fiber cement composite steel plate 0.5 is composed of a 0.5mm thick galvanized steel sheet and a fiber cement layer. To improve crack resistance, the cement layer typically contains mineral fibers. High-pressure forming technology ensures a metallurgical bond between the steel and cement layers. The curing temperature is 80-120°C, and the curing period is ≥72 hours. To enhance the performance and application of fiber cement composite steel plate 0.5, surface treatment and pre-coating with an anti-corrosion layer or fire retardant coating are available. This allows it to be used in interior partitions, suspended ceilings, equipment shields, temporary partitions, and other applications, and has been widely recognized by users.

 

The impact resistance of different materials and thicknesses varies. So, what impact resistance requirements can fiber cement composite steel plate 0.5 meet?

 

Aluminum sheet:

Commonly used in architectural decoration, it offers excellent plasticity and can be bent, stamped, and other processes to enhance impact resistance, making it suitable for moderate impacts.

 
 

Color-coated steel sheet:

Impact resistance depends on the core material density. Polyurethane cores have poor impact resistance and can burn through in just 5 minutes in a fire, so they should be avoided in high-impact environments.

 
 

Fiber cement composite steel plate 0.5:

0.5mm galvanized steel sheet is combined with an 8.5mm fiber-cement layer, significantly improving overall explosion resistance and suitable for applications such as explosion-proof walls.

 
 

Impact testing is required before use

A 30kg sandbag impact test indicates no cracks greater than 0.5mm on the surface, while a 50mm diameter steel ball can be dropped from a height of 1m and free-fall impacted. If a collapse value of ≤1.5mm and no cracks are observed, the sheet is acceptable for use.

 

 

Can fiber cement composite steel plate 0.5 be used in harsh environments? What is its corrosion resistance?

In fact, we took corrosion resistance into consideration when selecting materials. We chose galvanized steel sheets with a zinc layer thickness of ≥20μm. When used in harsh environments, this layer slows corrosion of the substrate through sacrificial anodic protection. Of course, the service life varies depending on the application environment. In a normal environment with a pH >6, the zinc layer corrodes at an annual rate of approximately 5-10μm. However, chemical environments (containing Cl⁻/SO₂) accelerate this rate to 50μm/year. Therefore, anti-corrosion treatment is necessary for use in the chemical industry. Furthermore, the fiber cement layer forms an alkaline barrier at a pH of 12-13, neutralizing acidic corrosive media. Fiber cement composite steel plate 0.5 combine these two properties, with the cement layer delaying corrosion for over 5 years. Used in conjunction with an epoxy coating, this provides even greater effectiveness in marine environments.As a professional manufacturer of 9.5 thick fiber cement composite steel panels, we ensure product quality through rigorous multi-faceted production controls, from raw material control to production processes and finished product testing. These controls primarily cover the following aspects: We select galvanized steel sheets with a thickness of 0.5-1.2mm. The zinc layer thickness and tensile strength are verified during use. We use 42.5-grade Portland cement for the cement layer, with a fiber addition of ≥8%. We also maintain strict dimensional accuracy requirements, with cutting errors ≤ ±1mm and thickness deviations ≤ ±0.5mm.

 

Each batch of 9.5 thick fiber-cement composite steel sheets undergoes sampling testing before shipment. Testing covers density, flexural strength, and fire resistance. We strictly implement a "three-inspection system" consisting of self-inspection, mutual inspection, and specialized inspection, and maintain relevant records to ensure that every product is of qualified quality.

 

As users, when purchasing fiber cement composite steel plate 0.5, we prioritize not only quality but also service life. The galvanized coating provides over five years of rust resistance in industrial environments. Combined with the cement layer's excellent carbonization resistance, the overall lifespan can reach 15-20 years.

This is a theoretical lifespan. To extend the lifespan of fiber cement composite steel plate 0.5, proper maintenance is essential. Clean them regularly with a soft cloth or vacuum to remove surface dust and avoid scratching the steel. Apply a clear sealant every two years to enhance water resistance. For use in coastal areas, a ceramic coating can improve salt spray resistance by over 50%. Inspect joints every six months, including welds for rust and joints for sealant filling. Regularly check the panel surface for flatness and assess the structural safety. If you encounter any problems during use, please contact us.

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product-1000-750
product-1000-750

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