Our company is a professional manufacturer of pipe fitting machinery, offering a comprehensive portfolio of equipment to meet the processing and heat treatment needs of the pipe fitting, metallurgy, and machinery industries. Our core products include:
With reliable quality and stable performance, our machines have been exported to many countries and regions worldwide, including Russia, Egypt, Malaysia, India, Turkey, Indonesia, and Jordan—gaining recognition from international customers for meeting diverse production requirements.
The Industrial Trolley Kiln Car Bottom Furnace Heat Treatment Machine is a specialized thermal processing equipment designed for heat treatment of metal parts in an oxidizing atmosphere. It adopts a "trolley kiln" structure—where the furnace bottom is a movable trolley that facilitates loading/unloading of heavy workpieces, making it ideal for batch processing of large, heavy metal components.
This machine integrates high-temperature heating, precise temperature control, and stable heat preservation, ensuring consistent heat treatment effects (such as hardness, toughness) for metal parts. It is widely used in machinery manufacturing, auto parts, pipe fitting processing, and casting industries, addressing the thermal processing needs of various metal components.
This heat treatment machine is mainly used for general metal parts heat treatment in an oxidizing atmosphere, with specific applications covering two key dimensions:
It is suitable for heat treatment of various mechanical parts and castings, including but not limited to:
The following are the specific technical specifications of the Industrial Trolley Kiln Car Bottom Furnace Heat Treatment Machine (model: RT3-120-9), ensuring clarity on performance and applicability:
No. | Parameter Category | Specification Details |
---|---|---|
1 | Equipment Model | RT3-120-9 |
2 | Working Size (L*W*H) | 2000*1000*1000 mm (large internal space for batch processing of medium-to-large parts) |
3 | Equipment Power | 120 kw (high-power heating for rapid temperature rise) |
4 | Maximum Temperature | 950 °C (meets the heat treatment temperature requirements of most carbon steel, alloy steel) |
5 | Common Working Temperature | ≤920 °C (stable operation within this range for long-term use) |
6 | Temperature Control Zone | 1 part (uniform temperature control for the entire furnace chamber) |
7 | Rated Power Supply | Three-phase 380V, 50HZ (compatible with standard industrial power grids) |
8 | Heating Element Connection | Y-type connection (stable current distribution, extending heating element life) |
9 | Temperature Control Method | PID intelligent temperature control (automatically adjusts heating power to maintain stable temperature) |
10 | Temperature Control Accuracy | ±1 °C (high precision to ensure consistent heat treatment quality) |
11 | Furnace Temperature Uniformity | ±5 °C (uniform heat distribution in the furnace, avoiding local overheating/cooling of workpieces) |
12 | Furnace Wall Temperature Rise | ≤40 °C (excellent heat insulation, reducing energy loss and ensuring workshop safety) |
13 | Empty Furnace Power Loss | ≤20 kw (energy-efficient design, lowering operating costs) |
14 | Heating Element Material | 0Cr25Al5 (high-temperature resistance, corrosion resistance, long service life) |
15 | Furnace Plate Material | 3Cr18Mn12Si2N (heat-resistant, wear-resistant, suitable for bearing heavy workpieces) |
16 | Carrying Capacity | ≤3T (capable of handling heavy parts such as large castings or batch small parts) |
17 | Furnace Door & Trolley Control | Electric control (easy operation, reducing manual labor intensity) |
We welcome customers from the machinery, pipe fitting, and casting industries to explore cooperation with us, and look forward to providing you with high-quality heat treatment machinery and comprehensive solutions.