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| Categories | Ceramic Anti Skid Granules |
|---|---|
| Payment Terms: | TT |
| Place of Origin: | Zhejiang, China |
| Certification: | China Environmental Labeling Type II Certified Product |
| Model Number: | CZ-G08 |
| Brand Name: | Zhejiang Chenze |
| Company Info. |
| NingBo Junze International Trade Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
High Friction Ceramic Granules | Durable Bridge Ramp Surfacing
High-Friction Ceramic Granules are high-strength, wear-resistant anti-skid aggregates designed for heavy-duty industrial flooring and concrete surface systems. Available in both metallic and non-metallic options, these aggregates significantly improve floor strength, impact resistance, and heavy-load performance. It is an ideal solution for dust reduction and long-term durability in demanding industrial environments, including warehouses, factories, logistics centers, workshops, loading docks, and high-traffic parking areas.
Key Specifications:
| Parameter Item | Specification / Tested Value | Application Benefit |
|---|---|---|
| Product Type | Non-Metallic Wear-Resistant Aggregate / Metallic Wear-Resistant Aggregate | Suitable for different industrial flooring wear-resistance requirements |
| Suitable Substrate | Concrete Flooring Systems | Improves floor wear resistance and load-bearing performance |
| Installation Method | Broadcast Application on Fresh Concrete Surface | Enhances installation efficiency and overall bonding strength |
| Compressive Strength (Non-Metallic) | ≥80 MPa (28 Days) | Suitable for high-strength industrial flooring applications |
| Compressive Strength (Metallic) | ≥90 MPa (28 Days) | Suitable for heavy-load and high-impact environments |
| Flexural Strength (Non-Metallic) | ≥11.5 MPa (28 Days) | Improves crack resistance of flooring systems |
| Flexural Strength (Metallic) | ≥13.5 MPa (28 Days) | Enhances structural stability in heavy-duty areas |
| Tensile Strength (Non-Metallic) | ≥3.2 MPa (28 Days) | Improves substrate bonding and tensile performance |
| Tensile Strength (Metallic) | ≥3.9 MPa (28 Days) | Enhances stability under heavy-load conditions |
| Surface Strength (Non-Metallic) | Indentation Diameter ≤3.30 mm | Improves floor impact resistance |
| Surface Strength (Metallic) | Indentation Diameter ≤3.10 mm | Enhances impact resistance for heavy industrial environments |
| Mohs Hardness (Non-Metallic) | 7.0 ± 0.5 | Provides long-term wear resistance |
| Mohs Hardness (Metallic) | 8.0 ± 0.5 | Suitable for high-abrasion industrial applications |
| Abrasion Resistance Ratio (Non-Metallic) | ≥300% | Extends flooring service life |
| Abrasion Resistance Ratio (Metallic) | ≥350% | Suitable for forklift traffic and heavy machinery areas |
| Oil Resistance Performance | No strength reduction after 3 years of oil immersion; Oil penetration ≤0.3 mm | Suitable for oil-contaminated industrial environments |
| Corrosion Resistance | 42-Day Natural Potential Stable Value +50mV (S.C.E) / Maximum Value +120mV (S.C.E) | Enhances long-term anti-corrosion stability |
| Fire Resistance | Non-Sparking & Non-Explosive (Compliant with GB50209-95) | Improves industrial safety performance |
| Anti-Static Performance | Surface Leakage Resistance 10⁵–10⁶ Ω | Suitable for electronic and anti-static areas |
Applications:
Product Advantages:
High-hardness aggregate technology significantly improves floor abrasion resistance for long-term heavy-duty industrial use.
Compressive strength up to 90MPa after 28 days makes it suitable for forklifts, logistics centers, and heavy-load industrial environments.
Provides excellent crack resistance, impact resistance, and structural durability to reduce floor deterioration and surface dusting.
Helps minimize concrete dust generation and improves cleanliness in factories and warehouse facilities.
Excellent resistance to oil penetration and industrial corrosion for manufacturing and chemical processing environments.
Supports anti-static flooring applications with non-sparking and explosion-resistant performance for high-safety industrial areas.
Broadcast application method on fresh concrete improves installation efficiency for large-scale industrial flooring projects.
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