Standard test sieve price

Standard test sieve pricevary depending on size and material, with typical prices ranging from $20 to $300. Available in a variety of sizes, including 3-inch and 8-inch diameter sieves, these sieves are made of brass or stainless steel, with mesh materials like woven wire mesh and electroformed metal plates. They are suitable for most dry, granular, or wet materials, and are manufactured to strict standards to ensure quality.

Standard test sieve sizes typically conform to ISO 3310-1 or ASTM E11. Common sieve sizes include 76mm, 150mm, 200mm, and 300mm, with mesh sizes ranging from 20μm to 100mm. Sieve frames come in both full-height and half-height styles. The advantage of half-height frames is that they allow for more stacked sieves, saving space.

Standard test sieve video display

Standard test sieve price and sieve diameter

Standard test sieves with a 76mm aperture are suitable for small amounts of fine materials such as laboratory powders and pharmaceuticals. They offer high screening accuracy but low throughput, and are priced between $100 and $300. A 200mm aperture can screen granular materials such as soil, sand, gravel, and abrasives, accurately separating them into multiple particle segments, and are priced between $300 and $700. A 400mm aperture is suitable for large-volume material analysis, such as ore and coal particle size analysis, and offers high throughput, priced between $500 and $900.

Standard test sieve dimensions

Standard test sieve mesh types

Standard Test Sieve Price

The Standard Test Sieve is suitable for a wide range of materials, including metal powders, ores, sand, cement, plastic granules, pharmaceutical powders, grain, feed, and fertilizer. The sieve mesh size and material will vary depending on the material's particle size distribution and screening requirements, which will affect standard test sieve price.ASTM standard sieves range in price from approximately $1 to $800.

Metal powders: such as titanium powder, iron powder, and copper powder. High-precision stainless steel mesh (such as 316L) is required to avoid contamination. These meshes are commonly used for particle sizes between 45μm and 300μm, and cost approximately $100-250.

Ore/Sand: such as silica sand, quartz sand, and construction sand. Wear-resistant stainless steel or galvanized wire mesh is required, with mesh sizes typically ranging from 100μm to 5mm, and costs approximately $50-150.

Pharmaceutical powders require a high-purity stainless steel sieve with a pore size of 75μm or less, complying with GMP standards. These sieves are relatively expensive, typically ranging from $150 to $300.

Grain/feed/fertilizer: For less demanding precision, brass or standard stainless steel sieves can be used. A pore size of 1mm-6mm is common, costing approximately $30-80.

Plastic granules: These include recycled plastic particles and virgin granules. They have a wide sieving range, with a common pore size of 500μm-5mm. Stainless steel sieves are suitable, costing approximately $60-120.

Standard test sieve parameters

ASTM E11 - SIEVE DESIGNATION

Factors Affecting Standard Test Sieve price

Factors influencing standard Test Sieve price include material, mesh accuracy and aperture, size, manufacturing process, brand, and certification. Stainless steel, especially 316L, is more expensive than brass and galvanized steel, but offers better corrosion resistance and cleanability. Regarding mesh accuracy and aperture, fine-mesh sieves are difficult to manufacture, resulting in meshes with apertures less than 75 microns being more expensive. Regarding size, traditional 8-inch (200 mm) meshes are relatively inexpensive, while 12-inch (300 mm) and larger meshes are more expensive. Manufacturing processes such as laser welding, edge treatment, and sealing performance also impact cost. Regarding brand and certification, imported brands or products certified to ISO/ASTM standards are more expensive.

Standard test sieve applicable materials

Standard test sieves are used in the pharmaceutical industry to test the particle uniformity of raw materials; in the food industry, they are used for fineness grading of products such as flour and powdered sugar; and in the building materials industry, they are used to test the particle size of materials such as sand, gravel, and cement. Due to its ease of use and reliable data, the Standard Test Sieve has become a common testing tool in laboratories and quality control departments.

Standard test sieve manufacturer

Our factory can customize the equipment and materials of Standard test sieves according to the usage scenarios. The types include perforated plates, woven wire sieves, wet-washing sieves, etc., and the materials include brass, stainless steel, etc. We can also provide laboratory test sieves and soil sieves required for specific scenarios. We provide a complete set of screening equipment from sieve frames to meet various screening needs of materials from construction to soil analysis.

Standard test sieve prices vary primarily due to material, precision, size, and manufacturing process. For example, the pharmaceutical industry requires high-purity 316L stainless steel mesh with a finer mesh, typically priced between $150 and $300. The construction industry uses wear-resistant galvanized wire mesh, priced between $50 and $150. Smaller or larger mesh sizes increase the price. Precision processes such as laser welding and edge polishing also increase the price. When purchasing, users should consider their specific needs, material properties, screening accuracy, and industry standards, striking a balance between cost and performance to ensure screening efficiency and data reliability.