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    Building 3, Jinlinggu, No. 525 Yuanjiang Road, Minhang District, Shanghai

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Shanshi Technology small-scale photocatalytic reactor

NegotiableUpdate on 05/07
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Overview

Shanshi Technology's small-scale photocatalytic reactor is a laboratory scale photocatalytic reaction device that accelerates the reaction by exciting the catalyst with a specific light source. It has a compact size and excellent materials (such as 316L stainless steel, high borosilicate glass, etc.), with heating, stirring, temperature control and other functions, which can accurately control reaction conditions. It is widely used in material synthesis, environmental governance and other fields, and helps scientific research exploration.

Product Details

善施科技小试光催化反应釜

Shanshi Technology small-scale photocatalytic reactorIt is a laboratory scale photocatalytic reaction device that accelerates the reaction by exciting the catalyst with a specific light source. It has a compact size and excellent materials (such as 316L stainless steel, high borosilicate glass, etc.), with heating, stirring, temperature control and other functions, which can accurately control reaction conditions. It is widely used in material synthesis, environmental governance and other fields, and helps scientific research exploration.

The small-scale photocatalytic reactor is the core equipment for laboratory photocatalytic research, with the following significant characteristics:

Excellent material: The kettle body is mostly made of 316L stainless steelHigh borosilicate glass, etcCan meet most of the reaction conditions; The window is made of sapphire or high-purity quartz glass, with a transmittance of over 90%, covering the ultraviolet to near-infrared wavelength range, ensuring efficient penetration of light energy.

Compact design: The flange structure is paired with soft or threaded seals, making it easy to operate and providing strong sealing performance; Compact size, small footprint, and space saving.

Function integration: Built in mechanical stirring system with adjustable speed to ensure thorough mixing of reactants; Equipped with high-precision temperature sensors, real-time monitoring of reaction temperature to avoid local overheating.

Widely applicable: Suitable for organic degradation, water treatment, new material synthesis, and catalytic mechanism research, providing key data support for industrial scaling up.