Overview:
The Yili Brand Graphite-Modified Polypropylene Film Absorber is a new generation of film absorption equipment developed after the traditional graphite absorber. This product is mainly used for absorbing HCL gas and can also be used for absorbing other easily soluble corrosive gases such as HF, SO2, NH3, P2O5, and H2S. Additionally, it can serve as a film evaporation device for medium and low boiling point corrosive media. This product is currently one of the most ideal absorption devices with excellent performance. For example, when used in conjunction with a packed tower for absorbing HCL, the absorption rate can reach up to 99%, and the concentration can exceed 30%.
Model Description:
Product Images:
Specs and Application Range:
Model: SPX-5-A ~ SPX-150-A
Operating Temperature: -20°C to 80°C or 0°C to 100°C
Allowable Pressure (at room temperature): Shell side ≤ 0.3 MPa, Tube side ≤ ±0.1 MPa
Permitted Medium: Please refer to the relevant data on the corrosion resistance of polypropylene. In the absence of data or for other special requirements, testing can be conducted according to GB11547-89.
Model and Technical Specifications:
Product models range from a small 5m² contact area to a large 200m² heat exchange area, available for customization according to customer requirements.
Product Highlights:
Excellent corrosion resistance, capable of withstanding almost all inorganic media and most organic solvents.
2. High absorption rate. Excellent self-cooling performance with low export temperature; no further cooling required, stable operation.
3. Non-scaling.
4. Easy installation and maintenance with minimal repair workload.
5. Competitive pricing, approximately 50% to 70% of the price for graphite membrane absorbers; extended lifespan
Other:
We provide technical services to numerous chemical engineering design units in China. Whether you ultimately choose to partner with us or not, we welcome your phone call for inquiries, and we will be "all-inclusive" in our communication. Our company's technical vice president is a senior environmental engineer and a national first batch project manager (senior) for environmental engineering (waste gas) management.
































