Features & Details
About this item
| Technical Parameter | Detailed Specifications |
|---|---|
| Brand Name | Xin Tester® |
| Mesh Material | High-Precision 304 Stainless Steel |
| Frame Material | Hardened 430 Stainless Steel (Double-layer) |
| Diameter | 10 cm / Approx. 4 inches |
| Sieve Height | 4.7 cm / Approx. 1.85 inches |
| Available Mesh | 3 Mesh to 800 Mesh (Full Range) |
| Surface Finish | Mirror Polished & Burr-free Safety Edges |
| Certification | Standard Analysis Sample Grade |
Precision Particle Analysis for Modern Labs
Achieving repeatable results in particle analysis requires equipment with absolute structural integrity. A high-quality stainless steel lab sieve is essential for this work. This series uses a specialized hybrid construction to maintain consistent aperture sizes. The 10cm compact format is ideal for processing small-batch concentrated samples. Researchers in the pharmaceutical and chemical sectors rely on these sifters for sensitive grading tasks. Are you outfitting your research facility? Please explore our full Lab Consumables collection today.

Aperture Control for Accurate Analysis
Selecting the precise aperture is critical for specialized research. Our stainless steel lab sieve maintains industrial-grade precision even in a space-saving 4-inch format. This technical reference drawing illustrates exact pore sizes from 5mm down to fine microns. It is an essential asset for geological testing and high-purity powder sorting.

Rugged and Stackable Construction
The 430 stainless steel frame provides the necessary hardness to prevent warping during intensive vibration. The double-layer stamping process creates a seamless transition between the mesh and the frame. As a result, these sifters can be stacked securely for multi-stage particle distribution analysis. This design maximizes bench space in busy research facilities.
To ensure the lifetime reliability of your stainless steel lab sieve, we recommend our signature ‘shake-don’t-press’ technique. Always ensure the sieve is dried thoroughly after handling fluids. Global industries rely on exact grading methods for quality control. You can review the official ASTM standards for test sieves to verify these strict protocols. Xin Tester delivers the professional grading precision required for modern laboratory standards.
Product guides and documents
stainless steel lab sieve use manual (PDF)FAQs
1. What is the advantage of using a 430 stainless steel frame with a 304 mesh?
The 304 stainless steel wire mesh provides exceptional corrosion resistance and maintains high-precision aperture sizes, ensuring accurate particle sorting. Meanwhile, the 430 stainless steel frame offers superior hardness. This prevents the sieve from warping or bending during intensive mechanical vibration, ensuring long-lasting structural integrity.
2. Can these 10cm (4-inch) sieves be stacked for multi-stage analysis?
Yes, absolutely. Our lab sieves utilize a specialized double-layer stamping process that creates a seamless transition between the frame and the mesh. This design allows multiple sieves to be securely stacked on top of one another, enabling efficient, multi-stage particle distribution analysis without material cross-contamination.
3. What types of materials are best suited for this compact 10cm format?
The 10cm compact design is specifically engineered for processing small-batch, concentrated samples. It is an ideal choice for sensitive grading tasks in pharmaceutical and chemical research, precise geological or soil testing, and the sorting of high-purity powders where saving bench space and minimizing sample loss are priorities.
4. How should I clean and maintain my sieve to preserve its accuracy?
To ensure lifetime reliability, we recommend the “shake-don’t-press” technique. Because the 304 wire cloth is tensioned tightly, you should avoid applying manual pressure directly to the mesh, which can distort the pores. Additionally, if you are processing wet samples or cleaning with fluids, always ensure the sieve is dried thoroughly immediately afterward to maintain its mirror-polished finish.
10cm Stainless Steel Lab Sieve with 304 Mesh (3-800 Mesh)
$12.50 – $15.20Price range: $12.50 through $15.20
6–12 Month Warranty
Repair & Refund support available for most products.
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Technical assistance & video guidance within 24h.
10cm Stainless Steel Lab Sieve with 304 Mesh (3-800 Mesh)
$12.50 – $15.20Price range: $12.50 through $15.20
Features & Details
| Technical Parameter | Detailed Specifications |
|---|---|
| Brand Name | Xin Tester® |
| Mesh Material | High-Precision 304 Stainless Steel |
| Frame Material | Hardened 430 Stainless Steel (Double-layer) |
| Diameter | 10 cm / Approx. 4 inches |
| Sieve Height | 4.7 cm / Approx. 1.85 inches |
| Available Mesh | 3 Mesh to 800 Mesh (Full Range) |
| Surface Finish | Mirror Polished & Burr-free Safety Edges |
| Certification | Standard Analysis Sample Grade |
Precision Particle Analysis for Modern Labs
Achieving repeatable results in particle analysis requires equipment with absolute structural integrity. A high-quality stainless steel lab sieve is essential for this work. This series uses a specialized hybrid construction to maintain consistent aperture sizes. The 10cm compact format is ideal for processing small-batch concentrated samples. Researchers in the pharmaceutical and chemical sectors rely on these sifters for sensitive grading tasks. Are you outfitting your research facility? Please explore our full Lab Consumables collection today.

Aperture Control for Accurate Analysis
Selecting the precise aperture is critical for specialized research. Our stainless steel lab sieve maintains industrial-grade precision even in a space-saving 4-inch format. This technical reference drawing illustrates exact pore sizes from 5mm down to fine microns. It is an essential asset for geological testing and high-purity powder sorting.

Rugged and Stackable Construction
The 430 stainless steel frame provides the necessary hardness to prevent warping during intensive vibration. The double-layer stamping process creates a seamless transition between the mesh and the frame. As a result, these sifters can be stacked securely for multi-stage particle distribution analysis. This design maximizes bench space in busy research facilities.
To ensure the lifetime reliability of your stainless steel lab sieve, we recommend our signature ‘shake-don’t-press’ technique. Always ensure the sieve is dried thoroughly after handling fluids. Global industries rely on exact grading methods for quality control. You can review the official ASTM standards for test sieves to verify these strict protocols. Xin Tester delivers the professional grading precision required for modern laboratory standards.
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