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Polylactide (PLA), poly (butylene succinate) (PBS) and blends can be designed according to degradable time or effect to meet customer requirements. It can also be used in combination with color masterbatches or/and functional masterbatches such as hydrophilic, clarify, nucleating. What Properties Does Biodegradable Polyolefin Have? Polyolefin biodegradable has properties similar to traditional polyolefin, including good toughness and flexibility. It also has good barrier properties against moisture and oxygen. However, it is more brittle than traditional polyolefin and may have slightly different mechanical and thermal properties. How Is Biodegradable Polyolefin Used? Biodegradable polyolefin can be used in a variety of applications such as packaging materials, agricultural films, disposable products like cutlery and bags, and nonwoven fabrics used in medical and hygiene products. What Is The Timeline For Biodegradable Polyolefin To Decompose? The timeline for biodegradable polyolefin to decompose varies depending on the specific product and the environmental conditions. Some products may decompose within a few months, while others may take several years. If you want to know more kinds of masterbatch products, please visit our website.

Filter raschig rings and wire mesh demisters are used to separate droplets or solid particles from a gas stream. The device consists of several rings of low resistance, rasched-ring style wire mesh stacked together. The size, length, and width depend on the application and the gas flow conditions. Generally speaking, the size and length of the demister can range from 3 to 40 inches. The width of the demister typically ranges from 0.5 to 10 inches. Filter raschig rings and wire mesh demisters are two types of equipment used in filtration processes. Filter raschig rings, are cylindrical pieces that fit over a liquid filter to provide support and form a seal. This ensures a tight fit, which helps prevent liquid leakage. Wire mesh demisters are made of a woven mesh that is wrapped around a filter's circumference to help remove solid particles from a liquid. They work by generating small amounts of turbulence that trap the particles, while allowing the liquid to pass through unimpeded. In order to ensure proper functioning, the size of the mesh should be such that it can effectively capture the particles that need to be removed.

Knitted Wire Mesh Demister Pad is a popular filter element used in fertilizer factories for absorbing tower and drying tower. The demister element is produced with AISI 316 stainless steel demister grids and PTFE/Hostaflon or equivalent mesh pad material. Demister Pads For SULFURIC ACID PLANT / FERTILIZER FACTORIES Demister Element For Absorbing Tower (Lower) No. Of Parts: 6(six) Pad Diameter: 2300 mm Demister Mesh Pad Material: Hostaflon Pad height: 100 mm Demister Grids material: AISI 316L Height including grids: 150 mm Mesh Pad Density: 225 kg/m3 Wire diameter: 0.5 mm to 0.1 mm Allowable max. temperature: 180 °C

Demister pads for boilers of sugar mills are designed with high temperature resistance, chemical inertness and excellent filtration efficiency. Demister Pad for Sugar Factory Diameter of demister pad 2000 mm Thickness of pad: approx 150 mm ( 6 inch ) Density of pad: 80 kg/m3 Material : SUS 304 For 2 bodies of 1st effect quintuple effect evaporator of Diameter 5500 mm and ht above calandria 8000 mm SPECIFICATION OF Demister Pads FOR 1x40 T/Hr BOILER OF SUGAR MILLS DESIGN PARAMETERS: To be installed in boiler steam drum for separating the water droplets from saturated steam. Steam flow rate: 40 ton/hr. (Normal) Operating pressure: 44-45 Kg/cm2 Operating temperature: 265 °C Liquid density: 788 Kg/M3 Vapour density: 22.7 Kg/M3

Filter raschig rings and wire mesh demisters are used to separate droplets or solid particles from a gas stream. The device consists of several rings of low resistance, rasched-ring style wire mesh stacked together. The size, length, and width depend on the application and the gas flow conditions. Size and length of the demister can range from 3 to 40 inches. The width of the demister typically ranges from 0.5 to 10 inches. Filter raschig rings are cylindrical pieces that fit over a liquid filter to provide support and form a seal. This ensures a tight fit, which helps prevent liquid leakage. Wire mesh demisters are made of a woven net that is wrapped around a filter's circumference to help remove solid particles from a liquid. They work by generating small amounts of turbulence that trap the particles, while allowing the liquid to pass through unimpeded. In order to ensure proper functioning, the size of the mesh should be such that it can effectively capture the particles that need to be removed.

High permeability demister pads are used in a wide range of applications, including air conditioning, chemical processing, and oil-water separations. The process for production involves the use of advanced equipment and methods to create the right size and shape of product in order to ensure the highest degree of performance. High permeability demister pads are used in a variety of industries and applications. In air conditioning, they are used to minimize water vapor condensate, while in chemical processing they are used to separate solid particles from liquids. Additionally, they are used in oil-water separations to improve the efficiency of systems. The permeability of demister pads is determined by the size of the openings in the material, as well as the density of the weave. The larger the size and density of the weave, the more efficient the separation will be. Additionally, the thickness of the material is a key factor in determining permeability as well. It is important to choose the right material and mesh size to ensure optimal efficiency.

Strainer demister pads are used to ensure that liquids and gases flow freely through the strainer. This filter element is made from mesh materials designed with a specific pore size and mesh opening size. Depending on the application, the mesh material ranges from steel, stainless steel, PVC, Polypropylene to other synthetic materials. Strainer demisters provide a higher level of removal efficiency than traditional demisters, including removing smaller particles from the process stream. The pad is designed with a high collection efficiency for droplet and aerosol removal, even when the process gas carries entrained liquid particles. This type of pad is particularly suitable for aggressive service applications. Applications Strainer demister pads are usually used in high-temperature and pressure applications, such as refineries, power stations, chemical plants, fertilizer manufacturing and petrochemical plants. They are also used in processes including amines, LPG, steam and boilers, cryogenics, air separation, and other related operations.

Vessel demisters are devices primarily used in high-pressure gas vessels and towers in power plants, chemical plants, refineries, and various other industrial processes. Vessel demister pads are an integral part of any process vessel, storage tank, and reactor system. Their unique design enables them to capture and contain the entrained droplets in the vapor stream and reduce contaminated vapors for clean air release. Material The material used in vessel demisters is typically constructed of wire mesh, polymers, metal, elements. Commonly used materials include polypropylene, polyethylene, stainless steel, zinc-plated steel, brass, and PVC. These materials can be selected based on their chemical, temperature, and corrosion resistance capabilities. Sizes and Shapes Vessel demister pads come in a wide range of sizes and configurations, including round pads, wedge wire pads, and various other shapes. The size and shape of a vessel demister usually depend on the size and shape of the equipment it will be installed in. Generally, the demisters are designed to fit within the vessel or tower that they are intended for. The length and width of a vessel demister depend on the size and configuration of the job.

Distiller Demister Pads are an essential component of distillation columns used to reduce the amount of entrained liquids and droplet entrainment in the filtration system. Sizes and Materials Distiller mesh demisters are available in a range of sizes, colors, materials, and shapes according to the application and the pressure drop desired in the system. The size also influences the contact surface area, efficiency, and overall performance of the pad. These pads typically range from 3/8" up to 48". The width can range from 12" up to 60" depending on the required surface area. Colors most offer standard grey, black, and white for easy system identification. The materials used for distiller demister pads include metallic stainless steel, fiberglass, polypropylene, and other synthetic fibers. Each material has its own distinct characteristics such as flexibility, chemical resistance, durability, and permeability. The length of the pad can vary depending on the application and desired shape. It is important to have an even distribution of mesh fibers throughout the entire length of the pad, which provides uniformity and better performance when compared to pads with irregular fiber distribution.

A baffled type mist eliminator is a device designed to reduce the amount of mist, droplets, aerosols, and other contaminants in gas or liquid streams. It consists of a series of baffles or plates arranged in a specific pattern to facilitate the separation of droplets from the gas stream. Baffled type mist eliminators are usually made from plastic, metal, or ceramic materials and can be manufactured in a variety of shapes and sizes. The production process of a baffled type mist eliminator starts with designing and fabricating the device. This involves selecting the materials and manufacturing the components according to the design specifications. Next, the device is assembled, tested, and installed in the process line. The device is then monitored for proper operation and any necessary adjustments are made. Baffled type mist eliminators can be made from a variety of materials, such as metals, plastics, and ceramics. Metals are typically used for larger, more complex designs, while plastics and ceramics are usually used in smaller devices. The profile of the device will depend on the material and the required performance. The number of baffles and their size and shape can also affect the performance of the device.

Mist separators are used to remove mist, aerosols, and other contaminants from air or gas streams. Supplied of various forms, materials, and sizes to fit the specific application needs. Mist separators are available in a variety of forms and sizes, depending on their application. Common forms include vertical, horizontal, and cylindrical designs. Materials used for mist separators may include stainless steel, plastic, fiberglass, and other metals. Mist Separators of Cylindrical Shape: Top inlet and a plate-type collector at the bottom which acts as an outlet. This assembly is usually fitted with a filter element to collect the mist particles before they reach the outlet. Primary application of mist separators is in industrial processes such as oil refining, petrochemical and chemical production, power plants, and the food and beverage industry. They are also increasingly being used in commercial and residential environments for treating polluted air. Mist separators can be used for both liquid and gaseous pollutants, and may include additional devices such as cyclones, centrifuges, electrostatic precipitators, and filters.

Steps : 1: use low temperature and impact force to make the dirty crack 2: use the big temperature difference to improve avulsing force 3: use fast distillation and blowing force to clean dirty

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Musculpting uses non-invasive, highly focused electromagnetic wave technology, he can safely enter the muscle tissue up to 7CM deep under the skin, triggering its motor neurons, subsequently, stimulating the muscle to perform super-strong contraction, reaching high frequency extreme training, which can approach 100% muscle fibre activity, while general exercise can only reach 20-30%. At the same time, the ultra-intense muscle contraction greatly increases the cellular demand for energy, releasing more adrenaline and prompting the decomposition of a large number of fat cells, burning and cutting fat at once and increasing the basal metabolic rate. Specification of EMS+RF Professional Body Sculpting Equipment Frequency 1-150HZ Power 5000W Intensity 7 Tesla Screen 12.4 Inch Touch Screen Pulse Width 310μs±10% Cooling Air Cooling Voltage AC220V±10% 10A50HZ, 110V±10% 10A 60HZ Benefits of EMS+RF Non Invasive Body Sculpting Machine Comprehensive The only device in the world that can simultaneously increase muscle and reduce fat. Comfortable Painless and non-invasive treatment, no recovery period after surgery. Continuous Continuous fat burning after treatment due to increased basal metabolic rate. Effective 100% stimulation of muscle fibre activity, reaching muscle layers that are not reached during exercise.

Minimum Order: 1 bags

Combines Cryolipolysis, Cavitaiton and RF 3 technologies; with 5 treatment handles for total body treatment, fat reduction, body sculpting and face lifting. Triglycerides in human fat are transformed into solids at a low temperature of 5℃, and die after crystallization and aging, and are excreted with metabolism, thus reducing the number of fat cells and achieving the effect of permanent slimming and body. Specification of Cryolipolysis Cavitation RF Machine Power 1800W Vacuum 0-100kpa RF energy 1-50J/cm2 Cavitation energy 1-70J/cm2 Handpiece Screen 3.5 Inch RF frequency 2MHz Cavitation frequency 40KHz Treatment handle 5units (Optional) Touch screen size 12.1 Inch Frozen head temperature -10℃--5℃ Cooling system Semiconductor Cooling + water-cooling + air cooling Voltage AC220V±10%, 50HZ AC110V±10%, 60HZ Benefits of Cryolipolvsis+Cavitation+RF Machine  Multifunction Combining the three technologies of cryolipolysis, cavitation and RF into one. Cooling System The copper radiator and DC cooling fan ensure continuous operation of the machine for 12 hours.

Minimum Order: 1 bags