Overview
| brand | Delanmir | Does it support processing customization | yes |
| Does it contain filter material | Imported or not | yes | |
| Weaving method | material quality | ||
| Operating pressure | size | ||
| Monofilament diameter | grade | ||
| ration | Rated flow rate | ||
| workmanship | Membrane separation | working temperature | |
| Maximum working pressure difference | specifications | ||
| Filtering method | Filtering accuracy | ||
| Filter area | thickness | ||
| chemical composition | Intercepted molecular weight | ||
| Inlet and outlet caliber | Radial fracture strength | ||
| Opening rate | resistance to compression | ||
| Tensile strength | aperture | ||
| porosity | type | ultrafiltration membrane | |
| Filter cartridge form | density | ||
| Wear rate | Mesh count | ||
| Applicable objects | water | Applicable scope | water treatment |
| Moisture | flux | ||
| Air permeability | Adsorption rate | ||
| model | ultrafiltration membrane | performance | excellent |
| Solubility of hydrochloric acid | colour | ||
| style | hardness | ||
| Scope of use | Water filtration | Raw water pressure | |
| Longitudinal strength | |||
Product Details
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Enzymes are bioactive proteins produced by the metabolism of microorganisms, and therefore have poor heat sensitivity. The traditional production process of enzyme preparations adopts methods such as fermentation, flocculation precipitation, filtration, solvent extraction, vacuum evaporation, and drying, but it has the disadvantages of high energy consumption and low yield.
Tubular ultrafiltration membrane technology is a type of membrane separation technology that utilizes it to produce enzyme preparations with high yield and low energy consumption. It is suitable for industrial production and does not have a destructive effect on heat-sensitive and easily decomposable active substances. It solves the impact of temperature on enzyme activity and the problem of high energy consumption caused by traditional evaporation and concentration.