1100°C High-temperature Sintering Furnace with mesh belt drive system
This sintering furnace uses a muffle-protected mesh belt to continuously transport parts within the furnace. It is primarily used for sintering powder metallurgy products, reducing metal powders, and pre-firing, firing, or heat treating electronic products in a protective atmosphere or air. The mesh belt drive system consists of a high-temperature-resistant mesh belt and drive mechanism. The furnace body comprises a feed section, pre-firing section, sintering section, slow cooling section, water cooling section, and discharge section. Applications include integrated circuits, power electronics, glass, solar panels, circuit boards, chemicals, pharmaceuticals, packaging, and annealing and drying processes.
| Model | Rated power | Maximum temperature | Work area size | Atmosphere |
| SL-WX100 | 21KW | 1100℃ | 1000x120X80MM | Nitrogen protection |
| SL-WX150 | 30KW | 1100℃ | 1500x120X80MM | Mixture protection |
| SL-WX200 | 85KW | 1100℃ | 10000x150X100MM | Mixture protection |
| SL-WX-300 | 120KW | 1100℃ | 15000X180X120MM | Mixture protection |
| SL-WX-350 | 145KW | 1100℃ | 20000X240X150MM | Mixture protection |

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Why Hot Oil Tracing Still Earns Its Place in Process Plants A refinery must keep a sulfur transfer line above its melting point along a 400-meter pipe rack where no steam supply exists. A chemical plant must hold a polymer line at a stable 200°C through winter. In both cases, hot oil tracing delivers uniform, controllable heat without the condensate handling of steam or the electrical load of resistance tracing. Consider hot oil tracing when a site already operates a thermal oil heating system,...




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