Hengshui Qualified Filter Screen Co., Ltd. Company News

Compared to the herringbone mesh belt and balanced mesh belt that Hengshui Qualified Filter Screen Co., Ltd often promotes, the Great Wall Mesh Belt (Horseshoe Chain Stainless Steel Great Wall Conveyor Belt) does not often appear in our promotional copy. In this article, Hengshui Qualified Filter Screen Co., Ltd shares with you a horseshoe chain mesh that is being produced in the workshop. The Great Wall Mesh Belt, also known as the horseshoe chain and plate mesh belt, is composed of metal strips and through shafts. This Great Wall mesh belt is carefully designed and manufactured and does not require tedious maintenance. The metal strips of the mesh belt are arc-processed, smooth and burr-free, and the ends of the support shaft are locked. In order to meet different application requirements, the specific specifications of the Great Wall mesh belt can be equipped with locking edges, edge baffles and transverse baffles to enhance its use function and safety.The mesh belt runs stably, the large opening rate is conducive to ventilation and drainage, and it is easy to clean. It is suitable for a variety of scenarios, such as cooling, drying, bread production and product processing equipment. The main materials of the Great Wall mesh belt are carbon steel, galvanized steel, and 304 and 316 stainless steel. Jiaoyang Mesh Belt strictly selects high-quality steel from powerful suppliers, and each batch can only be put into storage for production after passing quality inspection.If you are looking for a manufacturer specializing in the production of Great Wall mesh belts, please pay attention to Hengshui Qualified Filter Screen Co., Ltd and contact us.

Balance mesh belt is widely used in the sintering process of powder metallurgy, ceramics, glass, electronics, chemical industry and other industries, such as high temperature sintering of powder metallurgy iron-copper based parts, high temperature sintering of thick film circuits, thick film resistors and other electronic components, and sintering of ceramic products, etc. Many customers have encountered a series of problems in the use of balance mesh belt. The following are some common problems and solutions. 1. Short life of mesh belt: material is very important The high temperature environment in the sintering furnace and the weight and friction of the material can easily cause premature breakage or excessive wear of the mesh belt. If the mesh belt material is not properly selected or the tension is not adjusted during installation, it will accelerate the damage of the mesh belt. Solution: Reasonable material selection is the key. According to the working temperature and process requirements of the sintering furnace, high temperature resistant, anti-oxidation and corrosion resistant materials should be selected, such as SUS310S, AISI314, nickel-based alloys, etc. During installation, a suitable tensioning device should be used and regularly checked and adjusted to ensure that the mesh belt tension is moderate. At the same time, the material should be evenly distributed to avoid local overload to reduce the pressure on the mesh belt. 2. Mesh belt deformation: mesh belt specification design should not be underestimated Under the high temperature and tension of the sintering furnace, the mesh belt is prone to elongation and deformation. When the elongation is too large, the mesh belt and other parts in the furnace will have problems, resulting in deviation, jamming and other faults. Solution: In the design stage, fully consider the thermal expansion coefficient and use environment of the mesh belt, and reasonably design the size and structure of the mesh belt to increase its rigidity and reduce the possibility of deformation. 3. Cleaning and maintenance: regular maintenance is important During the sintering process, the material is easy to adhere to the mesh belt, and it will sinter and carbonize at high temperature to form hard lumps that are difficult to clean, which increases the difficulty of cleaning and maintenance cost of the mesh belt. Solution: Develop a regular cleaning plan, clean up carbon deposits, dust and other impurities on the surface of the mesh belt in time, and keep the mesh belt clean. In daily maintenance, check the operation of the mesh belt and repair it in time if it is slightly damaged. 4. Mesh belt deviation: The mesh belt debugging process is very important Uneven installation, uneven wear of guide rails, uneven material distribution, deformation of the mesh belt itself and other factors may cause the mesh belt to deviate during operation. Deviation will cause the edge of the mesh belt to rub against the furnace wall or guide rail, damage the mesh belt, and make the material unevenly distributed, affecting the sintering quality. Solution: Strictly calibrate the position of the mesh belt and the guide rail during installation to ensure that they are parallel. Regularly check the sensitivity and reliability of the deviation correction device to ensure that it can play a role in time when the mesh belt deviates. Reasonably distribute materials during production to avoid deviation due to uneven force on the mesh belt caused by uneven material weight. Although the sintering furnace mesh belt is small, it has a significant impact on production. Enterprises should pay attention to its management and maintenance, and extend the service life of the mesh belt and improve production efficiency and product quality through reasonable material selection, correct installation, and careful maintenance. If you have more questions, please feel free to consult, we will wholeheartedly provide you with solutions.

In industrial production, high-temperature mesh belts are an important conveying equipment and are widely used in various industries. However, many customers have many questions about the warranty period and service life of high-temperature mesh belts. Today, Hengshui Qualified Filter Screen Co., Ltd will discuss these issues with you in depth, hoping to solve your troubles. It needs to be made clear that the warranty period and service life of high-temperature mesh belts are not fixed. They are affected by many factors, such as mesh belt quality, use characteristics, use environment, use method, external environment, furnace conditions of each company, load capacity, etc. These factors interact with each other and jointly determine the performance and life of the mesh belt. 01. Mesh belt qualityIn terms of mesh belt quality, high-quality high-temperature mesh belts use high-quality raw materials and advanced production processes, and have high high temperature resistance, strength and wear resistance.Therefore, their warranty period and service life are relatively long. Inferior mesh belts may have poor performance and short service life due to material or process problems. 02. Furnace conditionThe condition of each furnace will also affect the life of the mesh belt. Factors such as the temperature of the furnace, the atmosphere, and the characteristics of the materials in the furnace may cause damage to the mesh belt.Therefore, when choosing a high-temperature mesh belt, you need to fully consider the condition of the furnace.03. Use environmentThe use environment is also an important factor affecting the life of the mesh belt. Harsh environments such as high temperature, humidity, and corrosion will accelerate the wear and aging of the mesh belt and shorten its service life.Therefore, when choosing a high-temperature mesh belt, you need to select appropriate materials and processes according to the actual use environment to ensure that the mesh belt can operate stably for a long time. 04. Usage method and load capacityThe usage method and load capacity will also affect the life of the mesh belt. Improper use or overloading may cause damage or increased wear of the mesh belt and shorten its service life.Therefore, when using a high-temperature mesh belt, it is necessary to follow the operating instructions provided by the manufacturer to perform standardized operations and avoid overloading. 05. OverviewThe warranty period and service life of the high-temperature mesh belt are determined by a variety of factors. If you have any problems with mesh belts or need to customize mesh belts, please contact Hengshui Qualified Filter Screen Co., Ltd.We have rich production experience and a professional technical team, and can provide you with high-quality high-temperature mesh belt products according to your actual needs and usage environment. At the same time, we will also provide you with perfect after-sales service and technical support to ensure that your mesh belt equipment can operate stably for a long time.

In order to extend the service life of high-temperature mesh belts, what precautions should be taken during regular inspections and daily maintenance? 1. Shortening and dockingAfter using the high-temperature mesh belt for a period of time, it will be stretched, extended and deformed to a greater or lesser extent, affecting the tension of the mesh belt. At this time, it is necessary to shorten and dock. The original mesh belt threading shaft is difficult to insert into the spiral, and it is very difficult to dock after shortening! In order to solve the customer's troubles, Hengshui Qualified Filter Screen Co., Ltd. has optimized and upgraded the mesh belt accessories. It is not only equipped with a threading shaft with a slightly finer wire diameter, but also equipped with a new spiral strip, so that the new and old spirals are easier to dock when shortening and repairing! 2. Check the furnaceWhen you find a regular break in the mesh belt, you should check whether the furnace has produced carbon deposits and nodules. These hard substances will repeatedly scratch the mesh belt, causing the mesh belt to be strained. Hengshui Qualified Filter Screen Co., Ltd reminds you to clean it in time.In addition, the falling of high-temperature slag will also cause local high temperature on the surface of the mesh belt, further corroding the mesh belt, causing wire breakage or mesh belt holes. 3. Check the deviation correction deviceDeviation is a major culprit for mesh belt tearing and damage. Long-term deviation operation will cause scratches and tears on the edge of the mesh belt. The deviation correction device must be adjusted in time to make the left and right deviations less than 5MM to ensure that the mesh belt runs in the center.If the mesh belt has been damaged, it must be repaired in time. Prevent the tearing from getting bigger and bigger under the action of tension, causing irreversible damage. 4. Check the surface of the high-temperature mesh beltDuring sintering, if there are corrosive substances or harmful gases, they will react with the mesh belt at high temperatures and corrode the mesh belt.Hengshui Qualified Filter Screen Co., Ltd reminds you to observe whether the surface of the mesh belt is corroded and contaminated by other substances, and clean and maintain it in time if necessary. Other precautionsIn addition to the above precautions, there are many aspects that need attention.1. Control the furnace temperatureEnsure that the temperature is within the tolerance range of the mesh belt to avoid excessive temperature causing the performance of the mesh belt material to deteriorate.2. Uniform heatingOptimize the heating distribution in the furnace to transfer heat evenly to the mesh belt and reduce local overheating.3. Maintain smooth operationEnsure that the mesh belt runs smoothly, avoid sudden stops and starts, and reduce mechanical stress damage to the mesh belt.4. Avoid overloading or uneven placementAccording to the design and specifications of the sintering furnace, reasonably control the material load in the furnace to avoid uneven access or overloading.

"Baffle + chain + gasket" three-insurance mesh belt extends service life       Baffle chain mesh belt   Today I would like to share with you a mesh belt that can be used in both heat treatment industry and powder metallurgy sintering industry. It adopts the three-insurance processing technology of baffle + chain + gasket welding.     The high-temperature mesh belt that Jiaoyang Mesh Belt will share with you today can be used in both the heat treatment industry and the powder metallurgy sintering industry. In order to meet the market demand for high-quality and high-efficiency production, Jiaoyang Mesh Belt has successfully launched a heat treatment mesh belt with upgraded technology after in-depth research and practice. It adopts the edge baffle + chain + gasket welding three-insurance reinforcement design to improve the durability and production efficiency of the mesh belt.     1.Baffle Introduction   First, let's take a look at the edge baffle design of this mesh belt. The edge baffle adopts a waist-shaped hole design and is made of high-quality materials to ensure that the mesh belt can run flexibly and avoid jamming.     2.Chain Introduction   Secondly, as an important part of the mesh belt, the chain piece has a vital impact on the stability and durability of the mesh belt. Jiaoyang Mesh Belt has also made careful designs on the chain piece. By optimizing the pitch design, Jiaoyang Mesh Belt has successfully achieved the perfect combination of the chain piece and the mesh belt, allowing the baffle to operate flexibly when the mesh belt is running.     3.Gasket Introduction   Finally, in order to further enhance the firmness of the mesh belt, Jiaoyang Mesh Belt uses gasket welding technology on the edge of the mesh belt. This technology not only makes the welding points smooth without false welding, adhesion, and falling off, but also effectively improves the load-bearing capacity and tensile strength of the mesh belt. Even in high temperature environments, gasket welding technology can ensure the stability and durability of the mesh belt.      

Custom Made Storage Basket / 304 316 316L Stainless Steel Wire Mesh Basket for Sterilization Cleaning       Stainless Steel Sterilization Basket   1. Customized size and design, we process the basket totally according to customers' needs. 2. Lid and handle can be added on the basket, which bring great convenience for the usage. Also for the lock. 3. For the surface, we treat by electronic polishing, making surface of the basket smooth and bright with no burr.   Metal Wire Sterilization Basket     1. Laser printing logo can be added on the stainless steel wire mesh basket. 2. Design of the basket are different, it can be perforated metal basket, crimped wire mesh basket, woven wire mesh basket.  3. A special design can be made according to customers' needs   Application Environment     The stainless steel wire mesh basket is widely used in medical sterilization fields, such as operation room, disinfection room, dental clinic, also, the basket is used as storage basket.   Packing        

  How to choose the high temperature mesh belt edge process?   1.Direct edge welding process     It is connected by spiral bars and string bars, and the spiral bars and string bars at the ends of the mesh belt are argon arc welded. The mesh surface is flat and the welding points are full and round. This process has the advantages of easy connection and disassembly, and convenient installation and maintenance of the mesh belt.   2.Edge hook process     This process provides a firm edge without welding caps. Even if the mesh belt is deformed during production, the spiral strips and threading strips will not loosen.   3.Edge guard welding process     The advantage of this process is that the baffle can effectively increase the edge strength of the threading strip and is easy to disassemble and maintain.  

  What materials are high temperature mesh belts made of?       What materials are used for high temperature mesh belts? Are there other alternatives to the materials currently used that can reduce costs and improve efficiency? These questions are often raised by customers during after-sales visits. This article will discuss the common materials of high temperature mesh belts, as well as their corresponding physical properties, differences between them, and applicability.     1.Common materials for high temperature mesh belts   Common materials for high temperature mesh belts are sorted by price from low to high. The main materials provided are 304, 316L, 309, 310S, 314, 2035 and 2080.   304: high strength, wear resistance, good gloss; used for cleaning machines, heat treatment hoist belts, drying machine belts, Great Wall belts   316: High temperature resistance of 800 degrees, contains molybdenum, excellent corrosion resistance, strong antioxidant ability; used in marine engineering, chemical, pharmaceutical, food processing, papermaking, dye and other industries; commonly used in the production of Great Wall mesh belts   316L: High temperature resistance of 800-1575 degrees, low carbon content, corrosion resistance, rust prevention; commonly used in aluminum brazing furnace mesh belts, drying machine mesh belts, tempering furnace mesh belts, annealing furnace mesh belts   309: High temperature resistance of 900 degrees, containing chromium, nickel and molybdenum elements, so it is corrosion-resistant, acid-resistant, alkali-resistant, high-strength, good toughness, and cost-effective; suitable for the production of silicon steel mesh belts in the heat treatment industry; suitable for boilers, chemical industry, metallurgy and other industries   310s: can withstand high temperature of 900 degrees, anti-oxidation, anti-corrosion, acid and alkali resistance; used in heat treatment industry, sintering industry, solar photovoltaic, etc.   314: It can withstand high temperatures above 1000 degrees, is anti-oxidant and anti-corrosion; it is mostly used in heat treatment, powder metallurgy, copper brazing, solar photovoltaic and other industries   2035: High temperature resistance of 750 degrees, high chromium and nickel content, good oxidation resistance, high strength, non-magnetic, good corrosion resistance; commonly used in the electric heating industry   2080: Contains 20% chromium and 80% nickel, resistant to high temperatures of 1200 degrees, anti-corrosion, anti-oxidation, and low resistivity; mostly used in solar photovoltaic mesh belts; suitable for the production and manufacturing of semiconductors, electric heating elements, chemical equipment, medical equipment, food industry, household appliances, aerospace fields, etc.; due to the high nickel content, the price is relatively high.   2. Comparison between SUS314 and 310S    The carbon and copper content of 314 is relatively low, which improves corrosion resistance and reduces impurities in the material;  314 has more silicon and manganese elements than 310s, and has better high temperature resistance and tensile strength;  The silicon content of 310s is lower, and the toughness is better 3.The difference between 316 and 316L   316 has a higher carbon content, excellent tensile strength, and high strength, but it is easy to cause intergranular corrosion 316L has a lower strength than 316 and is easier to process The welded section of 316 stainless steel requires post-weld annealing, while 316L stainless steel does not require it 316L has stronger corrosion resistance and better anti-rust and anti-corrosion performance

  A rotating spiral quick-freezing machine mesh belt, which is a stainless steel mesh belt specially used for various types of freezing, cooling and quick-freezing equipment.     The mesh belt is mainly a balanced mesh belt. Both ends are cold-forged by automatic machines. The edges are even, smooth and wear-resistant.        

In the food processing industry, enrober mesh belt is a commonly used metal mesh belt for frying machine equipment, breading machine equipment, sizing machine equipment, etc. However, many companies suffer from frequent deformation, broken wires and short life of enrober mesh belt. Based on many years of industry service experience, the technical team of Hengshui Qualified Filter Screen Co., Ltd. has summarized three common misunderstandings and targeted solutions to help you reduce the frequency of replacement and improve production efficiency.   01 Ignore material matching Root cause of the problem Low-priced mesh belts have high impurity content, poor fatigue resistance, and are easy to break at the bend. Hengshui Qualified Filter Screen Co., Ltd. Response strategy a. Accurate material selection: Choose the appropriate mesh belt material according to different usage conditions, and inform the mesh belt manufacturer of the usage status before purchasing the mesh belt. b. Raw material traceability: Select raw material manufacturers with good brand reputation, which can track and trace the raw materials. 02 Ignore process details Source of the problem a. During the production of the mesh belt, the mesh wire is bent and woven, and there are indentations at the bends. The seemingly "insignificant" indentations are often the source of breakage. b. The load-bearing capacity of the mesh belt is judged based on experience, and the load-bearing capacity of the mesh belt cannot be accurately determined. Hengshui Qualified Filter Screen Co., Ltd.'s response strategy a. The type B mesh belt of Hengshui Qualified Filter Screen Co., Ltd. uses imported equipment for bending, and the weaving process comes from Japan, which has better details. b. The engineering department of Hengshui Qualified Filter Screen Co., Ltd. has the endorsement of the relevant R&D center, has the ability to digitize the load-bearing capacity of the mesh belt, and can design the mesh belt specifications according to the customer's usage needs and recommend suitable mesh belts. 03 Ignore the acceptance of the mesh belt Source of the problem The mesh belt acceptance link does not carry out specification approval, and it is OK to be able to be transported on the machine. It may cause the mesh belt to not match the drawing and is not suitable for use with this equipment. Hengshui Qualified Filter Screen Co., Ltd.'s response strategy a. Support customers in the approval and acceptance of mesh belt materials and mesh belt specifications to ensure that the mesh belt drawings correspond one to one, meet the design requirements of the engineering department, and meet actual use. b. Provide customers with correct usage tutorials.

Common causes of high temperature mesh belt surface damage and emergency maintenance methods     As a transmission belt, the high temperature mesh belt plays an important role. However, like other mechanical equipment, the mesh belt will be worn during long-term use, which may have an adverse effect on its performance, efficiency and service life. Therefore, regular inspection and maintenance are essential for the normal operation of the high temperature mesh belt.   Causes of mesh belt wear   1.Friction     During the operation of the high-temperature mesh belt, friction will occur between the material or equipment. Long-term friction will cause wear and tear on the surface of the mesh belt, thus affecting its transmission efficiency and life.   2.Corrosion     When the high-temperature mesh belt is exposed to humid air or comes into contact with environmental factors such as chemicals, it is prone to corrosion, resulting in rust and oxidation on the surface of the mesh belt, further accelerating its wear.   3.Dislocation     Improper adjustment of the machine or errors during installation may result in inappropriate clearance between the high-temperature mesh belt and other components, causing misalignment and distortion of the mesh belt, increasing friction and wear.   4.Other causes   Overload: When the material exceeds the carrying capacity, it may cause deformation and breakage of the mesh belt. Material: If the material of the high-temperature mesh belt selected is not compliant, it will cause the mesh belt to break and affect the service life of the mesh belt.   Maintenance measures for mesh belt   Clean regularly   Clean the high-temperature mesh belt regularly to remove dirt and impurities on the surface. Excessive accumulation of these stains and debris can cause the metal mesh belt to jam, and regular cleaning is required to reduce friction and corrosion.     Installation and Debugging     When installing the mesh belt, make sure it is properly tight. Correct mesh belt position adjustment can ensure its normal operation while avoiding potential problems caused by over-tightening or over-loosening.   Pay attention to the operation status     Always pay attention to the operating conditions of the equipment. If the high-temperature mesh belt is found to be deviating, take immediate action to adjust the correction device to ensure the normal operation of the equipment.

Why Bread Trolleys are Essential for Commercial Bakeries? In a commercial bakery, efficiency is key to meeting high production demands while maintaining quality. Bread trolleys play a critical role in optimizing both space and workflow, offering bakery owners a practical solution to streamline their operations. These specialized trolleys are designed to carry large quantities of bread and other baked goods, ensuring smooth transport throughout the production process and helping to reduce time and labor costs. Improve Organization and Flow One of the main advantages of bread trolleys is their ability to improve the organization and flow of the bakery. Instead of moving individual loaves of bread or trays by hand, trolleys allow bakers to transport multiple trays at once, greatly enhancing productivity. With various sizes and configurations available, these trolleys can be adapted to the specific needs of a bakery, whether it's for storing bread during proofing or transporting it to different stations in the production line. By keeping bread organized and easily accessible, bread trolleys help minimize clutter in the bakery, allowing staff to focus on more important tasks, like baking and quality control. Protect the Quality of Bread Bread trolleys are also essential for protecting the quality of the bread. In a high-volume bakery, loaves of bread need to be carefully handled to avoid damaging the dough or crust. Trolleys with designated trays or racks prevent bread from becoming crushed or misshapen during transportation, ensuring that each loaf is delivered to the next stage of production or storage intact. This is especially important for delicate or artisan loaves, which may be more susceptible to deforming under rough handling. By providing a stable and organized system, bread trolleys help preserve the integrity of the product, leading to higher customer satisfaction and fewer rejected batches. Durability and Mobility Durability and mobility are two more reasons why bread trolleys are indispensable. Commercial bakeries often operate in fast-paced environments, and the trolleys need to withstand constant use without breaking down. High-quality bread trolleys are made from durable materials like stainless steel or heavy-duty aluminum, which are resistant to rust, stains, and wear over time. Additionally, many models are equipped with high-quality wheels that allow easy movement even in tight spaces, ensuring that staff can quickly and efficiently transport bread from one area to another. Locking wheels also add an element of safety, preventing the trolley from moving unintentionally while staff load or unload it. Reduce Labor In addition to their practical benefits, bread trolleys help improve workplace ergonomics. By reducing the need to bend over or carry heavy trays by hand, trolleys help to lower the physical strain on bakery staff, preventing repetitive stress injuries. This is particularly important in large-scale commercial bakeries where staff are expected to work long hours in physically demanding conditions. With the help of trolleys, bakers can move bread with less effort, improving overall productivity and contributing to a safer working environment. High Baking Efficiency For bakeries using rotary ovens, high-temperature-resistant bread trolleys are a game-changer. These specialized trolleys are designed to withstand the extreme heat of rotary ovens, allowing them to be used directly in the baking process. Made from high quality stainless steel and equiped with high-temperature resistant wheels, these trolleys can be directly pushed in to the oven for baking, helping maximize both output and baking efficiency, reducing the need for manual handling and speeding up the entire baking flow. This capability not only boosts production capacity but also enhances consistency in baking, as the bread is baked uniformly with minimal disruption. With high-temperature-resistant trolleys, commercial bakeries can increase throughput, improve baking efficiency, and ensure high-quality results.