Distillation unit

Classification:

Non-standard equipment

Messageboard

Telephone:

400-920-1718

Product Description

The glass distillation unit is tasked with tackling the most challenging separations in the energy and chemical industries—those “hard nuts to crack,” namely special materials with high melting points and high boiling points. For example, when developing high‑value‑added products such as polyoxymethylene and methanol derivatives, it provides core design data and process support for industrial-scale plants. From laboratory exploration to industrial-scale scaling up, distillation units have become the ideal choice for R&D institutions in fields like chemicals, new materials, and energy.
This distillation unit can handle challenging materials with melting points as high as 200°C and boiling points below 300°C. Moreover, it can achieve stable and highly efficient precision separation across the entire range—from near‑absolute vacuum at 1 kPa all the way up to atmospheric pressure. You could say it was born for extreme operating conditions!

So, what exactly are its core advantages?

It features a full-process heating and insulation system with a temperature range spanning from ambient to 350°C, preventing high-melting-point materials from solidifying.
The main body is made of high-borosilicate glass, paired with 316L stainless steel valve piping that is both highly resistant to high-temperature corrosion and ensures cleanliness.
The PLC automatic control system enables real‑time monitoring and automatic adjustment of temperature, pressure, and flow, while also supporting remote operation and data traceability—delivering both precision and peace of mind.
Modular design ensures convenient maintenance and flexible scalability, allowing for rapid adaptation to diverse R&D needs.

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

The glass distillation unit is tasked with tackling the most challenging separations in the energy and chemical industries—those “hard nuts to crack,” namely special materials with high melting points and high boiling points. For example, when developing high‑value‑added products such as polyoxymethylene and methanol derivatives, it provides core design data and process support for industrial-scale plants. From laboratory exploration to industrial-scale scaling up, distillation units have become the ideal choice for R&D institutions in fields like chemicals, new materials, and energy.
This distillation unit can handle challenging materials with melting points as high as 200°C and boiling points below 300°C. Moreover, it can achieve stable and highly efficient precision separation across the entire range—from near‑absolute vacuum at 1 kPa all the way up to atmospheric pressure. You could say it was born for extreme operating conditions!

So, what exactly are its core advantages?

It features a full-process heating and insulation system with a temperature range spanning from ambient to 350°C, preventing high-melting-point materials from solidifying.
The main body is made of high-borosilicate glass, paired with 316L stainless steel valve piping that is both highly resistant to high-temperature corrosion and ensures cleanliness.
The PLC automatic control system enables real‑time monitoring and automatic adjustment of temperature, pressure, and flow, while also supporting remote operation and data traceability—delivering both precision and peace of mind.
Modular design ensures convenient maintenance and flexible scalability, allowing for rapid adaptation to diverse R&D needs.

Product Description
Technical parameters
Product Details Chart

The glass distillation unit is tasked with tackling the most challenging separations in the energy and chemical industries—those “hard nuts to crack,” namely special materials with high melting points and high boiling points. For example, when developing high‑value‑added products such as polyoxymethylene and methanol derivatives, it provides core design data and process support for industrial-scale plants. From laboratory exploration to industrial-scale scaling up, distillation units have become the ideal choice for R&D institutions in fields like chemicals, new materials, and energy.
This distillation unit can handle challenging materials with melting points as high as 200°C and boiling points below 300°C. Moreover, it can achieve stable and highly efficient precision separation across the entire range—from near‑absolute vacuum at 1 kPa all the way up to atmospheric pressure. You could say it was born for extreme operating conditions!

So, what exactly are its core advantages?

It features a full-process heating and insulation system with a temperature range spanning from ambient to 350°C, preventing high-melting-point materials from solidifying.
The main body is made of high-borosilicate glass, paired with 316L stainless steel valve piping that is both highly resistant to high-temperature corrosion and ensures cleanliness.
The PLC automatic control system enables real‑time monitoring and automatic adjustment of temperature, pressure, and flow, while also supporting remote operation and data traceability—delivering both precision and peace of mind.
Modular design ensures convenient maintenance and flexible scalability, allowing for rapid adaptation to diverse R&D needs.
技术参数
技术参数