2026-06-22

The test sieve shaker is precision testing equipment commonly used in laboratories and research institutes that require high-precision testing. Even premium equipment will develop various faults after long-term operation, and test sieves are no exception. Today we will introduce troubleshooting methods when the test sieve motor runs abnormally or fails to start.Check for power phase loss or power outage.Check whether the power socket has poor contact.Check if the timer is damaged.Check if the motor winding is burned out.Check if excessive lubricating oil has been filled or if the bearings are severely worn.(The above items are listed in no particular order)The above are the inspection points summarized for abnormal or non-operation of the test sieve motor. You may carry out self-inspection first when such faults occur. If the fault condition is different or more serious, it is recommended to send the machine to the manufacturer for professional maintenance. Standard operation in accordance with specifications can effectively reduce equipment failures during the use of test sieves.

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2026-06-22

Operating Instructions for Standard Tapping SieveAdd 10 kg of lubricating oil before startup. Verify that the rotation direction conforms to the arrow marked on the motor housing; reverse rotation is forbidden.Place the sieve stack loaded with samples on the lower tray, then adjust the lifting bracket to clamp the sieve stack tightly between the upper tray and lower tray.PrecautionsAdjust the lifting bracket and tighten the wing nut.Always maintain a persistent oil film on the top surface of the machine cover to avoid rust spots.Regularly lubricate all moving components and refill oil periodically to extend service life.The complete machine shall be installed at a fixed position to reduce shaking.

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2026-06-22

The tapping standard sieve shaker (tapping sieve) is capable of screening products with various properties. It is suitable for particle size composition inspection of conventional abrasives, as well as grading and particle size testing in superhard material production.This tapping sieve adopts rational innovations based on the original tapping standard sieve shaker and optimizes the base structure. It features a more compact structure, lighter weight, higher durability, better portability and simpler maintenance. Its spare parts are easy to repair and purchase. The machine is widely used for screening and testing in laboratories of geology, powder metallurgy, abrasives, powder materials, chemical industry, building materials, pharmaceuticals, national defense and other sectors. It is especially applicable for high-intensity and high-frequency repeated use in the grading process of diamond micropowder and superhard material industries.Application Scope of Tapping Standard Sieve ShakerThe tapping standard sieve shaker is also extensively applied in scientific research and production laboratories of geology, metallurgy, powder materials, chemical industry, construction cement, pharmaceuticals, national defense and other departments for material screening and testing.

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2026-06-22

Cut down low-end production and suspend operation. We recognize that corporate rules can only prevent employees from substandard work, while corporate culture can inspire employees’ potential. We rely on staff and their creativity to boost factory output of perforated mesh products. We keep learning and making improvements starting from basic-level processes.From multiple perspectives, below are updates to the workshop management system designed to improve workers’ efficiency: conduct skill training for new employees and transferred staff. Those who pass assessments can be assigned master technicians for guidance. The Production & Technology Department carries out unscheduled inspections on skill implementation and discipline compliance. Specifications and technical requirements on drawings must be strictly followed.All technical parameters and process requirements specified in drawings and technical documents shall be fully complied with and rigorously implemented. Raw materials, semi-finished products and spare parts must undergo self-inspection upon entering the workshop. Only those meeting standards or passing concession acceptance procedures can be put into production; otherwise, production is prohibited. Standards, drawings and process formulas shall be enforced stringently, and applications shall be submitted if revision or modification is required.After testing, rational production proposals, technical improvements and new material applications shall be submitted to the Production & Technology Department for approval. Testing, evaluation and inspection are mandatory, and the items can only be used in mass production after relevant technical documents are updated. Newly manufactured tooling shall be inspected and tested.If test results show no abnormalities and the product meets production requirements, the Production Department shall establish a warehouse tooling account book, complete formalities for outgoing, maintenance and scrapping in accordance with regulations, and keep complete records. Records shall cover equipment usage, measuring tool application, station equipment operation, precision maintenance and technical upkeep.

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2026-06-22

The laboratory sieve shaker is a particle size analysis instrument with automatic timed start and stop function, which can accurately separate one type of granular material into 2 to 9 particle fractions simultaneously. It is widely used in research laboratories and quality inspection departments of geology, chemical, cement, pharmaceutical, food and other industries. Test sieves are also known as standard inspection sieves, standard analytical sieves or experimental sieves.For customers’ convenient operation, Xinmingde Machinery introduces the material testing procedures of the sieve shaker as follows for your reference:Check whether the connected power supply meets the requirements (verify against the nameplate and confirm reliable grounding wire connection).Check if the sieve shaker is placed horizontally.Ensure no foreign objects around the vibrating part of the sieve shaker.Tighten all bolts on each component of the sieve body.Select appropriate standard sieve frames according to the properties of the material to be sieved.Stack the standard sieve frames on the base in ascending order of aperture size from bottom to top.Pour the test material into the top sieve frame and cover with the upper lid.Adjust the height of the adjusting rod according to the total height of stacked sieve frames. Fix and compress the sieve frames with the pressing plate and locking nut, applying even force on both sides.Set the operating time on the timer based on material characteristics and feeding quantity, then switch on the power to start the sieve shaker.Unscrew the locking nut, remove the pressing plate and take off the stacked sieve frames carefully.Cut off the power supply of the standard inspection sieve shaker.

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2026-06-22

Xinmingde sieve mesh features high cost performance and wide application range, so it is widely adopted across various industries. Its great popularity mainly stems from its superior performance characteristics.Performance Advantages of Xinmingde Stainless Steel Sieve MeshExcellent resistance to acid, alkali and corrosion.High strength with great tensile force, toughness and wear resistance for long service life.Good high-temperature oxidation resistance: The nominal temperature resistance of 304 stainless steel sieve mesh is 800°C, while 310S stainless steel sieve mesh can withstand up to 1150°C.Easy plastic forming at room temperature, enabling diversified application methods of stainless steel sieve mesh.High surface finish without extra surface treatment required, simple and convenient maintenance.Xinmingde stainless steel sieve mesh is available in a full range of specifications and supports customized production, which is your reliable choice.

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2026-06-22

XMD stainless steel sieve mesh enjoys extensive daily application thanks to its excellent service performance. The surface of the selected stainless steel sieve mesh meets standard material screening operation requirements, which can well adapt to different operation scenarios and deliver stable, high-standard screening precision.The mesh boasts outstanding outdoor environmental resistance matching its technical parameters, and can withstand all kinds of elements in humid outdoor working conditions. Its performance standards fully satisfy dynamic operation demands, delivering stable long-term screening performance and meeting long-term service requirements of sieve mesh standards.All specifications of XMD stainless steel sieve mesh support long-term continuous screening according to technical parameters, and all types of stainless steel mesh surfaces maintain stable usable performance during long-term operation. Type I standard mesh features superior positive resistance against various outdoor environments for long-term installed use.The core reason why XMD stainless steel sieve mesh is widely popular lies in its convenient and user-friendly performance. If you encounter any problems while using stainless steel sieve mesh, please feel free to consult us via our official website: http://www.jingmilvcai.com/

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2026-06-22

Regular maintenance is essential to extend the service life of equipment. Lack of long-term maintenance will easily lead to equipment failures. The maintenance guidelines for Xinmingde stainless steel rotary vibrating sieve are as follows:1. Removal of Grease ContaminationWipe off grease, lubricating oil and other contaminants on the surface of Xinmingde stainless steel vibrating sieve with a soft cloth first, then clean it with neutral detergent such as ammonia water or special-purpose cleaner.2. Cleaning Dust and Dirt on SurfaceDust and other easily removable dirt on the sieve surface can be cleaned with soap, mild alkaline detergent or warm water.For labels and protective films attached to the stainless steel surface, wash them with warm water and mild detergent first. If residues remain, wipe them off with alcohol or organic solvents (ether, benzene).3. Treatment of Surface RustRust caused by dirt on the Xinmingde stainless steel vibrating sieve can be removed with 10% nitric acid, abrasive cleaner or dedicated stainless steel cleaning agent.

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2026-06-22

As we all know, after XMD stainless steel sieve mesh has been in use for a period of time, a large amount of filtered impurities will accumulate on its surface. Failure to clean it in a timely manner will impair filtration accuracy and result in unqualified products. Thus, regular cleaning of stainless steel sieve mesh is critical, and proper cleaning methods must be followed.Cleaning Methods for XMD Stainless Steel Sieve MeshXMD stainless steel sieve mesh plays a vital role in filtration equipment. Regular cleaning significantly extends the service life of the mesh and guarantees the purity of filtered materials. Especially in the chemical industry and sewage treatment systems, high-precision filtration media need frequent cleaning to produce compliant finished products.The mesh is woven from metal wires with concentrated and stable filtration precision. Care must be taken to avoid surface scratches during cleaning; damage to its structure means permanent failure of the entire sieve mesh assembly. Additionally, stainless steel sieve mesh cannot be cleaned indefinitely, as all such products have a limited service lifespan.In conclusion, regular cleaning of XMD stainless steel sieve mesh is essential. The above introduction helps you better understand the cleaning procedures and precautions, which will effectively preserve the mesh’s service life and maintain stable filtration accuracy.

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2026-06-22

Sieve mesh made of stainless steel differs from ordinary sieves, with strict dimensional standards during design and production. Many people mistakenly believe stainless steel will never rust, but stainless steel sieves are prone to rust if improperly used. Below we analyze the causes of rust on stainless steel sieve mesh and corresponding solutions.Causes of Rust on Stainless Steel Sieve MeshMetal attachments may accumulate on the mesh surface during use. In humid environments, these attachments react with condensed water on stainless steel, triggering chemical corrosion and rust.Organic juice residues adhering to the stainless steel surface can also lead to rust formation.Local corrosion occurs when acid, alkali or salt substances stick to the surface of stainless steel sieve mesh.Treatment Solutions for Rusted Stainless Steel Sieve MeshClean the stainless steel sieve mesh regularly to remove surface contaminants, which is an effective way to prevent rust.For coastal areas, special attention should be paid to material selection of stainless steel sieves to avoid corrosion by seawater.The above covers the causes and solutions for rust occurring during the service of stainless steel sieve mesh. Therefore, great importance should be attached both when selecting sieve manufacturers and during daily operation.

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