Whitehouse Sieve Calibration Standards No.400 (38um)

Whitehouse Sieve Calibration Standards No.400 (38um)

Calibration standards are key to ensuring results are accurate and reliable in size analysis. In sieving, calibration standards are vital to verify test sieves and ensure they are working correctly. These are made up of microspheres formed from glass or other materials, with a precise and consistent size distribution. By using these standards, labs and industries can test particle size with confidence knowing their test sieves are calibrated and giving accurate results. This not only ensures the sieving process is reliable but also that products meet specifications and standards.

Calibration Standards

Calibration standards are the tool used to calibrate test sieves and get accurate results. Supplied in a bottle or sample, these standards are used to verify the sieve. Using calibration standards allows labs and industries to ensure their particle size results are reliable and accurate. Available in various sizes and materials, these standards can be used to calibrate new sieves or verify existing ones. By incorporating calibration standards, industries can maintain high quality control and ensure their sieving is up to international standards.

Industry

Calibration standards are important in industry because they allow companies to ensure their particle size results are accurate and reliable. This is especially critical in industries where particle size is a key parameter, such as pharmaceuticals or food products. Using calibration standards ensures products are manufactured to a consistent quality and meet standards. Also calibration standards reduce the risk of errors or inconsistencies in particle size results which can have big consequences for product quality and safety. By implementing these standards, industries can improve and ensure their products are top quality.

Calibration Standards

Calibration standards are key in particle size to ensure testsieves give accurate and reliable results. These standards are made from high quality materials, glass microspheres, to give a precise and consistent measurement of sieve performance. By using calibration standards, labs and industries can get quick and easy calibration, prove their sieves are working correctly so their testing is sound.Calibration standards cover many industries from pharmaceuticals to food processing and construction. In each of these sectors particle size is key and calibration standards are critical to that accuracy. By giving a benchmark for sieve performance these standards ensure particle size results are consistent and reliable.

Various methods are used in calibration standards, including advanced techniques like laser diffraction and sedimentation, as well as traditional sieving. These methods help maintain the accuracy and reliability of particle size analysis.

What are Sieve Standards

Sieve standards are key to particle size analysis accuracy. A sieve standard is a set of calibratedsieves used to test test sieves. These standards are used in many industries, from pharmaceuticals to food processing and construction where precise particle size measurement is critical. By using sieve standards industries can prove their test sieves are working correctly, so results are consistent and reliable. For this purpose, sieve inspection kits are essential. Understanding sieve standards helps to keep the testing process sound and ensures the sieves used are to specification.

The average openings in a sieve are critical for consistent sizing across all openings which is essential for reliable test results in calibration.

What are Sieve Standards

Sometimes special equipment is required to get precise and reliable calibration results which shows how complex and important the calibration process is. Precise calibration can give accurate certifications and generate detailed reports based on analysis results, demonstrating the effectiveness of the methodologies used.

Whitehouse Sieve Calibration Standards

Whitehouse Sieve Standards allow you to calibrate No.6 (3.35mm) and finer sieves with traceability to NIST. These standards make calibration using Microspheres easier. New sieves with mean aperture numbers make using Calibrated Microspheres simpler. Calibrations can be done in minutes, no need to send the sieves back or have them out of service. Periodic checks are an indicator of when to replace sieves and using a certified beads makes measurements more accurate and reliable. Each Whitehouse Standard comes with 5 single use vials of glass beads for one sieve size. A certificate ensures that the sieves meet established performance standards and traceability.

1 vial for 8in or 200mm sieves diameter, 2-5 vials for sieves up to 18in or 450mm. After the average aperture is read from the graph provided.Whitehouse have been chosen by the Community Bureau of Reference (BCR) to produce standards for the European Community. Whitehouse Sieve Standards are traceable to NIST and NPL and BCR. The beads are highly spherical and made from 2.45 specific gravity soda-lime glass and certified for size using electroformed sieves with checks using microscopy and image analysis. The microspheres are precisely sized in microns to ensure narrow size tolerances.

Whitehouse Sieve Standards for No.400 (38µm) sieves are supplied with 5 vials, each 1.0g.

• For calibration and performance of No. 400 (38µm) sieves

• NIST traceable

• Aperture reading in minutes using calibration graph

• No. 400 (38µm) Whitehouse Sieve Standards

• Calibration graph

Features and Benefits

• Accurate: Calibration standards give a precise and consistent measurement of sieve performance which is critical for particle analysis. This eliminates errors and ensures results are reliable.

• Reliable: By proving sieves are working correctly calibration standards reduce the risk of inconsistencies and errors in particle analysis. This is critical for product quality and consistency.

• Simple: Designed for simplicity calibration standards make checking sieve performance easy and quick. This makes the calibration fast and accurate.

• High Quality: Made from microspheres by the unique microsphere calibration standards give accurate and reliable measurements. High quality materials also make the standards more durable.

• International Standards: Calibration standards are traceable to NIST and NPL. This means the results are not only accurate but also globally accepted.

• Records: Ensuring historical records and trends for sieve is crucial. Re-certification may be necessary to uphold these records, assuring accuracy and reliability in particle analysis.

• Conformance to International Standards: Calibration standards ensure conformance to specific standards such as ASTM or ISO. This guarantees that sieves meet manufacturing specifications and perform consistently in particle analysis.

By using calibration standards in their laboratories and industries can prove their sieves are working correctly. This is critical where particle analysis is critical such as pharmaceutical, food and construction. Calibration standards help the product quality and consistency so products meet specifications and standards.

Test Sieves

• Mesh Opening Size: No.400 (38µm)

• Weight per Vial: 1.0g

• Number of Vials: 5 (sieve diameter: 8 inches)

• Shipping Weight: 1.0lb (0.45kg)

• Sieve Mesh Construction: The sieve mesh is constructed using both warp and weft wires to ensure uniformity of openings and consistent performance.