# 1800°C Industrial Muffle Furnace

CVSIC 1800°C Industrial muffle furnace serves universities, research institutes, and medium-scale mining and industrial enterprises. It reaches 1800°C maximum temperature and uses high-quality polycrystalline mullite fiber insulation with **[CVSIC molybdenum disilicide heating elements](https://cvsicelement.com/mosi2-heating-elements/)** for sustained 1700°C operation and 1800°C peak temperatures.

Chamber volumes of 27-36L make this furnace ideal for mid-scale labs and semi-industrial production. Use it for ultra-high-temperature sintering, melting, tempering, ashing, and heat treatment of metals, non-metals, and compounds.

Order a single unit, get rapid global shipping, and customize dimensions and functions to match your mid-scale experimental and production needs.

## 1800°C Industrial Muffle Furnace Features

- **Ultra-High-Temperature Performance**: Maximum of 1800°C and operating temperature of 1700°C, meeting demanding ultra-high-temperature sintering and heat treatment needs.

- **Medium Capacity**: 27-36L volumes suit mid-scale use, balancing efficiency.

- **Energy-Efficient Design**: Mullite fiber chamber insulates, cutting energy use.

- **Premium Heating Elements**: **[MoSi2 rods](https://cvsicelement.com/mosi2-heating-elements/)** deliver uniform, high-temperature heating.

- **Intelligent Control**: 50-segment automation boosts process efficiency.

- **Safety Features**: Overtemperature alarm and double-layer cooling keep the shell cool.

- **User-Friendly Operation**: Customizable doors keep operators safe from heat.

- **Durable Construction**: Reinforced roof ensures consistent long-term use.

## CVSIC Technical 1800°C Industrial Muffle Furnace Specifications

| Model | Max Temperature (°C) | Operating Temperature (°C) | Inner Dimensions (W×H×D, mm) | Volume (L) | Power (KW) | Phase | Thermocouple Type |
| --- | --- | --- | --- | --- | --- | --- | --- |
| CV-18HM-27 | 1800 | 1700 | 300×300×300 | 27 | 12 | 3 | Type B |
| CV-18HM-36 | 300×300×400 | 36 | 15 |  |  |  |  |

*Note: Custom dimensions available to meet specific experimental or production requirements.*

## Suitable Environments and Users

### Operating Environments

### Target Users

- **Materials Engineers**: Focused on pilot-stage ultra-high-temperature material development, such as sintering and heat treatment of oxide ceramics, nitride ceramics, ultra-high-temperature alloys, or advanced composites.

- **Small-to-Medium Manufacturers**: Producers of high-performance ceramics, specialty alloys, or chemical materials requiring mid-batch quality output, emphasizing equipment durability and efficiency.

- **Research Institutions**: Government- or corporate-funded materials R&D centers needing mid-sized units for multi-batch ultra-high-temperature experiments or pilot production.

- **Technical Managers**: Responsible for lab or line equipment selection, seeking solutions that balance ultra-high-temperature capability, cost, and flexibility.

## Recommended Scenarios

- Mid-batch advanced ceramic sintering, such as zirconia, silicon carbide, or silicon nitride production.

- Mid-scale ultra-high-temperature alloy heat treatment to optimize properties, like in aerospace or renewable energy materials.

- Performance testing and optimization of composites for high-stakes research projects.

- Pilot-stage chemical material thermal decomposition or ashing analysis, bridging research and production.

## Customization and Services

CVSIC provides versatile customization services, including:

- **Chamber Sizes**: Tailored from 27-36L or larger to fit your experimental or production needs.

- **Door Configurations**: Options for top- or side-opening to enhance usability.

- **Control Systems**: Advanced programmable features adapted to specialized process workflows.

- **Additional Features**: Adjustments to heating elements or parameters based on applications.

Order one unit, get global delivery, and access technical consulting and after-sales support for easy integration into your lab or production.

Contact CVSIC to customize your 1800°C furnace and raise your research and production performance.