About Sieve For Fine Aggregate
Sieves for Fine Aggregate
Specification :
- No.8 (2.36 mm).
- No.10 (2.00 mm).
- No.12 (1.70 mm).
- No.14 (1.40 mm).
- No.16 (1.18 mm).
- No.20 (850 pm).
- No.30 (600 pm).
- No.40 (425 pm).
- No.50 (300 pm).
- No.80 (180 pm).
- No.100 (150 pm).
- No.170 (90 pm).
- No.200 (75 pm).
- Pan.
- Cover with Ring Handle.
Precision Engineered for Reliable ResultsOur sieves leverage a high-grade brass mesh with a robust stainless steel frame, ensuring lasting durability and precise particle separation. With mesh sizes from 75 microns to 4.75 mm, each sieve conforms to IS:460 standards, supporting accurate laboratory testing and material grading for civil and construction projects.
Seamless Usability and Minimal MaintenanceDesigned with a rimmed, solderless joint and finished for corrosion resistance, the sieve is easy to clean and maintain. Its stackable form means efficient storage, while the metallic silver/gold finish enhances longevity. Suitable for manual sieving of fine aggregates, it is a practical addition to any laboratory.
FAQs of Sieve For Fine Aggregate:
Q: How is the sieve for fine aggregates typically used in civil engineering laboratories?
A: This sieve is used manually to separate and grade fine aggregates for testing, ensuring that materials meet the specifications required for construction quality and performance.
Q: What process ensures the sieves high screening accuracy?
A: The sieve uses precision-woven brass mesh and seamless, solderless joints within a stainless steel frame. This construction maintains consistent mesh sizes, providing high accuracy during particle size analysis.
Q: When should each mesh size be used during testing?
A: Mesh sizes ranging from 75 microns to 4.75 mm are selected based on the grading requirements outlined in testing standards, such as IS:460. The appropriate sieve is chosen depending on the target aggregate size to be analyzed.
Q: Where can these sieves be utilized most effectively?
A: They are ideal for use in civil engineering laboratories, construction material testing facilities, and any laboratory setting where fine aggregate grading and particle size analysis are necessary.
Q: What benefits does the solderless joint rimmed design provide?
A: The solderless joint creates a seamless rim that reduces material trapping, enhances strength, and prolongs the sieves lifespan, promoting reliable, repeatable results and easy cleaning.
Q: How should the sieve be maintained for optimal performance?
A: Routine maintenance involves washing the sieve after use, drying it thoroughly, and storing it in protective packaging to prevent damage. Its corrosion-resistant finish simplifies upkeep.