A 200 mm diameter test sieve? At NEXOPART you will find any size, any shape.

Q: What material is a test sieve made of?

A test sieve can be made from various materials, including stainless steel, aluminum or wood. However, stainless steel is the most frequently used material for test sieves due to its durability and corrosion resistance.

Q: What is the ISO 3310 standard?

The ISO 3310 standard is an international standard that specifies the technical requirements for the manufacture and use of test sieves. The ISO 3310 standard describes the design, mesh size, materials and test methods for a test sieve used in quality testing. The aim of the standard is to ensure that test sieving of bulk materials is consistent and reproducible and thus provides reliable results. Companies should adhere to this standard to ensure the quality and accuracy of their laboratory analysis.

Q: How can you check that a test sieve complies with ISO 3310?

At NEXOPART, you will receive proof or have the option of a certification confirming that your test sieve complies with the ISO 3310 standard.

The products for precise particle analysis.

A NEXOPART test sieve is manufactured in compliance with the current test sieve standards and meets the requirements for a measuring instrument in accordance with ISO / IEC Guide 99:2007 to 100 percent. The NEXOPART test sieve is not only particularly accurate, but also extremely durable. It consists of high-quality frame materials and an extremely robust sieve construction. In addition to the standard test sieves, NEXOPART's product portfolio also includes grain sieves and tobacco sieves. A variety of frame materials such as stainless steel, wood or aluminum round off the range. First and foremost, you will be delighted with the accuracy and stability of NEXOPART test sieves.

Fast delivery times at NEXOPART - Order your test sieves here

Products with high availability and a range of mesh sizes from 5 µm to 125 mm

NEXOPART offers a wide range of test sieves, whether for manual sieving, conventional sieving, wet or dry sieving - you will find mesh sizes from 5 µm to 125 mm for analyzing your bulk material. Once you have found the right test sieve for you, you have nothing else to worry about. You do not have to wait long for your test sieve either. The components and materials for our test sieves are made in Germany, which means we can offer you high product availability and reasonably short delivery times. We also ensure short transportation routes and largely secure supply chains. At NEXOPART, you will always find the right standard-compliant test sieve for your sieving requirements - the test sieve that finds its way to you quickly.

Long service life and perfect performance for your test sieve.

To ensure the long service life of a test sieve, we at NEXOPART use high-quality frame materials and our team has developed an extremely stable sieve design. In particular, the smooth frame surface of the test sieve prevents cross-contamination so that the sieve mesh retains good tension even after intensive use. The meticulous workmanship of the NEXOPART test sieve assures you perfect performance. Rely on test sieves made in Germany. Rely on NEXOPART.

Test certificates and services for your test sieve.

On request, NEXOPART will provide you with extensive test certificates and services for sustainable and compliance-oriented quality assurance. Everything from recertification of the measuring equipment in our factory laboratory – tested in accordance with DIN EN 10204 with acceptance test certificate 3.1 – to accredited calibration of metal mesh test sieves in accordance with DIN EN ISO/IEC 17025. This ensures traceability to the national measurement standards.

Sieves with mesh sizes from 125 mm to 10 µm

Measuring device according to DIN ISO 3310 standard

Wide range of frame materials

NEXOPART UFA. Ultrasonic frequency variation.

For successful sieving of fine powders with critical separation cuts of ≤ 300 µm NEXOPART offers you the ultrasonic frequency variation for test sieves. An important tool for you if you want to analyze your fine bulk material using a vibrating sieve shaker. With a few simple steps you can excite the sieve mesh with a continuously varying ultrasonic frequency

step: Tighten the clamping ring around your NEXOPART test sieve.
step: Mount the converter.
step: connect generator and switch on.

Product overview ultrasonic frequency variation

Take a look at how the ultrasonic frequency variation simplifies your laboratory work

The high-frequency vibrations that are generated reduce the frictional resistance between particles and sieve mesh. Your result:

minimized clogging tendency,
destruction of agglomerates,
higher sieving capacity and a shortened sieving time,
low mechanical load on the sieve bottom + side effect cleaning of the sieve mesh,
Parallel handling of several test sieves with only one generator (enables connection with two converters, twin operation)

For some bulk materials, sieving with vibration sieving machines becomes possible for the first time.

Analog or digital ultrasonic frequency variation.

As a "plug-and-play" solution, you can attach the NEXOPART UFA in an analog or digital version conveniently, quickly and safely to all standard test sieves. The digital device allows you to excite several test sieves simultaneously with only one generator. With the help of the twin unit, it is even possible to connect two converters.

Buy the product here

FAQ about a test sieve

What is a test sieve?

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A test sieve is a tool for determining particle sizes. It consists of a sieve with defined mesh sizes. In laboratory-based applications, the particle size of a material is analyzed and classified as “smaller” or “larger” using the specified opening width of a test sieve. At the same time, the material is separated and divided into new fractions. The method used with the test sieve is called sieve analysis or test sieving.

Why do you need a test sieve?

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A test sieve is mainly used in quality testing to ensure that materials meet the required specifications. A test sieve is used in various industries such as the food industry, pharmaceutical laboratories and the building materials industry. The use of test sieves ensures that users receive clear and reliable information about particle distribution and sizes. This is crucial for the processing and use of materials.

How expensive is a test sieve?

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The price of a test sieve can vary depending on the size and material. You can view the prices of NEXOPART test sieves in the product details of the respective models as a registered customer
in our store.

How is a test sieve properly maintained?

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A test sieve should be cleaned after sieving. For a test sieve with fine mesh < 250 µm, cleaning in an ultrasonic bath is recommended. Alternatively, it can be cleaned with a fine brush; a brush can also be used for coarse mesh types. An test sieve should dry well. Drying can take place in a laboratory oven at no more than 120 °C, whereby the temperature resistance of the sieve should be taken into account.

What material is a test sieve made of?

L

A test sieve can be made from various materials, including stainless steel, aluminum or wood. However, stainless steel is the most frequently used material for test sieves due to its durability and corrosion resistance.

What is the ISO 3310 standard?

L

The ISO 3310 standard is an international standard that specifies the technical requirements for the manufacture and use of test sieves. The ISO 3310 standard describes the design, mesh size, materials and test methods for a test sieve used in quality testing. The aim of the standard is to ensure that test sieving of bulk materials is consistent and reproducible and thus provides reliable results. Companies should adhere to this standard to ensure the quality and accuracy of their laboratory analysis.