Our premium Steel Cones, also recognized as tie rod cones or climbing cone nuts, are essential high-strength metal accessories engineered specifically for modern formwork systems. These precision-crafted components serve as the critical anchor point between formwork panels and tie rods, ensuring that the concrete structure maintains its precise shape, alignment, and stability throughout the curing process.
Manufactured with a focus on durability and structural integrity, our steel cones are available in multiple specifications to suit various construction scales. By utilizing advanced ductile cast iron and precision CNC machining, we provide a secure connection that withstands immense pressure, making them an indispensable asset for high-rise buildings, bridges, and industrial concrete projects worldwide.
Detailed Parameters
| Product Name | 75mm Steel Cone | Tie Rod Diameter | 15/1710mm |
|---|---|---|---|
| Product Weight | 0.38kg | Surface Treatment | Galvanized (Golden/Silver) |
| Standard Size 2 | 100mm Steel Cone | Tie Rod Diameter | 15/1710mm |
| Product Weight 2 | 0.60kg | Packaging Options | Bags / Pallets / Cases |
| Custom Range | Climbing Cone Nut | Material | Ductile Cast Iron / Steel |
Key Advantages
High Tensile Strength
Utilizing high-grade ductile cast iron to ensure the cone withstands extreme concrete pressure without deformation.
Corrosion Resistance
Advanced galvanization processes in golden or silver finishes prevent rust and extend service life on-site.
CNC Precision
Manufactured using laser and plasma CNC cutters for a perfect fit with standard tie rods, reducing installation time.
Stable Connection
Specifically designed to eliminate formwork movement, ensuring a smooth and professional concrete finish.
Versatile Sizing
Available in 75mm and 100mm heights, with custom sizing available to match specific project requirements.
Optimized Logistics
Flexible packaging in bags or cases ensures safe transportation and easy inventory management at construction sites.
Product Gallery
Management Platforms
Material Selection
Rigorous screening of ductile cast iron to ensure maximum tensile strength and weight efficiency.
CNC Fabrication
Utilization of modern laser and plasma cutters for high-precision shapes that fit tie rods perfectly.
Quality Control
Strict dimensional inspections to maintain consistency across all batches of steel cones.
Surface Finishing
Professional galvanizing processes providing a protective shield against harsh environmental conditions.
Order Customization
Ability to produce various sizes and weights based on specific client engineering requirements.
Global Logistics
Optimized shipping maps and packaging systems for rapid international delivery.
Investment Return Comparison
| Performance Metric | Standard Steel Cone | WRK Premium Cone |
|---|---|---|
| Structural Stability | Moderate | Maximum Stability |
| Corrosion Life | Short Term | Long Term (Galvanized) |
| Installation Speed | Standard | Rapid Fit (CNC Precision) |
| Material Durability | Common Steel | High-Grade Ductile Iron |
| Overall ROI | Basic | High (Reduced Waste/Time) |
Frequently Asked Questions
The steel cone acts as a connector between the formwork panels and the tie rods, preventing the panels from spreading under the pressure of wet concrete and ensuring the structure remains stable.
The most popular sizes are 75mm and 100mm heights, specifically designed to fit securely onto 15mm and 17mm diameter tie rods.
Galvanization (Golden or Silver) protects the steel from oxidation and rust, which is crucial given the humid and corrosive environment of concrete construction sites.
Yes, we offer custom manufacturing for various sizes and weights based on client specifications using our modern CNC machinery.
We primarily use high-quality ductile cast iron, which offers superior tensile strength and flexibility compared to standard cast iron, preventing cracks during high-pressure pours.
Depending on the order volume, they are packed in durable bags, pallets, or wooden cases to ensure they arrive at the site without damage.
