Honeycomb inclined tubes have become a commonly used sedimentation tank filler in the water treatment industry. However, the quality of the honeycomb inclined tube fillers directly affects the service life of the tubes and the smoothness of the welding installation. Now, Jinrong honeycomb inclined tube experts will tell you how to identify the quality of the inclined tubes. There are two types of hexagonal honeycomb inclined tubes: inclined tubes and straight tubes, made from three materials: polypropylene (PP), polyvinyl chloride (PVC), and fiberglass. Application Range of Honeycomb Inclined Tube Fillers: Honeycomb inclined tubes are mainly used for various sedimentation and sand removal purposes. They have been widely adopted in water supply and drainage projects over the past decade and have become an essential water treatment device. Their advantages include a wide application range, high treatment efficiency, and small footprint. They are suitable for sand removal at the inlet, sedimentation of general industrial and domestic water, wastewater sedimentation, oil separation, and tailing concentration treatment. They are effective for both new projects and the renovation of existing old tanks, achieving good economic benefits. Specifications and Prices of Hexagonal Honeycomb Inclined Tubes: The specifications for drinking water sedimentation inclined tubes are φ35X0.45 and φ35X0.5, while those for wastewater include φ50X0.45, φ50X0.5, φ80X0.6, and φ80X0.8. The prices for honeycomb inclined tubes used in drinking water are higher because they must meet drinking water standards and be made from non-toxic PP materials, ranging from 400 to over 500 yuan per cubic meter. Prices for wastewater honeycomb inclined tubes range from over 300 to over 400 yuan. Dongying honeycomb inclined tube prices are reasonable, with hexagonal honeycomb inclined tube filler manufacturers offering competitive prices. Honeycomb inclined tube fillers come in two types: inclined and straight, and are made from PP and PVC materials. Inclined tubes are mainly used for sand removal at the inlet in water supply and drainage projects, sedimentation of industrial and domestic water, wastewater sedimentation, oil separation, and tailings concentration treatment. They can also be used for the renovation of old tanks, featuring large wet perimeters, small hydraulic radii, good laminar flow conditions, and sedimentation of particles without interference from flocculation. Straight tubes are used in tower-type biological filters, high-load biological filters, and submerged biological filters (also known as contact oxidation tanks), as well as microbial carriers for bio-discs. They are primarily used for the biochemical treatment of industrial organic wastewater and municipal sewage, achieving treatment efficiency higher than that of activated sludge tanks, with a smaller footprint. The aeration intensity is lower than that of activated sludge tanks, and there is no need for sludge reflux. The amount of sludge is small, and adaptability is strong, greatly reducing the workload for post-dewatering treatment of sludge. Current filtration processes often encounter issues such as compaction of the sand layer surface or blockage of the filter layer, resulting in actual backwashing intensity and time far exceeding design parameters. This is also due to the remaining microorganisms, biodegradable organic matter, and dissolved oxygen in the effluent from the oxidation tank, leading to combined biochemical reactions. Since most design processes utilize post-filtration disinfection, the aforementioned biochemical reactions continue during sedimentation filtration. To ensure the normal operation of the clarification process, it is recommended to adopt pre-filtration disinfection processes. The Qingdao Beer wastewater biochemical treatment process has employed pre-filtration disinfection for 15 years without any blockage issues in the filtration devices. When employing filtration, it is recommended to increase the carbon layer with micro-aeration to form a biochar process, where the aeration intensity is about 5% of the water volume, which can extend the regeneration cycle. Dongying honeycomb inclined tube prices are reasonable, and hexagonal honeycomb inclined tubes are made of imported modified ethylene-propylene copolymer plastic, formed into hexagonal tubes through infrared constant temperature mechanical stretching, and then welded into a complete product using patented high-frequency welding technology for installation at the customer's site. Honeycomb inclined tubes are mainly used for sand removal at the inlet in water supply and drainage projects, sedimentation of industrial and domestic water, wastewater sedimentation, oil separation, and tailings concentration treatment. They can also be used for the renovation of old tanks, with key features including large wet perimeters, small hydraulic radii, good laminar flow conditions, and sedimentation of particles without interference from flocculation. In addition to water purification and wastewater treatment in chemical plants, municipal wastewater treatment plants, coal mine water treatment, coal washing plant water treatment, power plant concentration tanks, tailings water treatment, pharmaceutical plants, and paper mill wastewater treatment for sand removal, rapid sedimentation, oil separation, and tailings concentration, they particularly enhance the renovation benefits for water treatment plants and wastewater treatment projects.