|
Description |
Conveyor Transfer Chutes |
|
Material |
mild steel |
|
Size |
Customizable |
|
Logo |
Beray or the logo you want |
|
Color |
silver or whatever you want |
|
Process |
EDM, turning, five axis machining, stamping,hobbing, milling, grinding, drilling, tapping, reaming, pulling, cutting, etc |
|
Finish |
Polishing, painting, anodizing,sandblasting, plating ,blackening, electrophoresis, QPQ ,wire drawing |
|
Delivery time |
25days for one container (around 18-25tons) |
|
Shipping way |
By Sea in big quantity or by air in small quantity |
|
Payment |
T/T, L/C, or others |
|
Item Weight |
Customization according to actual weight |
Product Advantages
1. High Wear Resistance: Conveyor transfer chutes are typically made of 45-gauge steel or low-carbon alloy steel. Thickened or lined plates are used at impact points, demonstrating their ability to withstand significant impact forces during testing.
2. Optimized Flow Pattern and Minimized Material Blockage: Streamlines and curvatures are optimized based on material characteristics (powder, granular, or lumpy) to minimize stagnation and wear.
3. Customization Options: Conveyor transfer chutes can be customized based on load, material type, mounting interface, and environmental conditions (corrosion resistance/high temperature resistance). Alternatively, if you have drawings or ideas, contact our designers directly for design assistance. Compatible with all standard conveyor interfaces, they support rapid on-site adjustments.
Processing
This product utilizes a combination of precision and high-volume manufacturing processes to ensure dimensional accuracy and structural strength: CNC precision milling/turning (for high-precision edges and mounting holes); EDM (wire cutting) for complex openings and narrow slots; five-axis machining for complex curved surfaces and full-part positioning; stamping/die forming for rapid thin-sheet prototyping; hobbing for gears and transmission components; and milling, grinding, drilling, tapping, reaming, deep drawing, shear cutting, and other processes to ensure fit and surface quality. This combined process ensures efficient and stable delivery from single prototypes to mass production.
Surface Treatment
- Polishing-Enhances surface smoothness, suitable for stainless steel parts and inspection surfaces.
- Painting-Provides corrosion and weather resistance, with custom colors and logos.
- Anodizing-For aluminum alloy parts, enhances hardness and corrosion resistance.
- Sandblasting-Improves coating adhesion or creates a matte appearance.
- Electroplating - Increases wear resistance and rust resistance (decorative plating is also available for copper/brass parts).
- Blackening (Blackening) - Simple rust prevention and reduced glare.
- Electrophoresis (Epoxy/Acrylic Electrophoresis) - A uniform, thin, corrosion-resistant protective coating suitable for complex shapes.
- QPQ (Quasi-Cyanide Treatment) - Improves the surface hardness and wear resistance of steel parts.
- Wire Brushing - A decorative and tactile finish, often used on visible panels.
Common Production Materials:
- 45 Steel: High strength and good workability, suitable for main structures with high load-bearing and wear-resistant requirements.
- Aluminum Alloy: Lightweight and corrosion-resistant, suitable for weight reduction or applications with high corrosion resistance requirements.
- Stainless Steel: Corrosion-resistant and wear-resistant, suitable for applications involving humid environments, chemicals, or food.
- Brass: Used for guides or areas requiring good conductivity/wear resistance (also decorative).
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