• Civil Lab Mechanical Lab Engineering Lab Equipments
  • sales@didacticlabequipments.com

Test Sieves (For Fine & Medium Series)- Engineering Lab Training Systems

CAT NO: DIDACTICNLE-Export-220213

Test Sieves (For Fine & Medium Series)- Engineering Lab Training Systems Description and Tender Specification:

Test Sieves (For Fine and Medium Series)- Engineering Lab Training Systems.
These Test Sieves are made in standard 8. (20 cms) dla from spun rolled brass frame to the bottom of which is fitted the standard wire netting of sieve cloth for sieving action. The wire netting for sieve cloth is equally taut and Is without any distortions and held by the double folded bottom to the circular frame. The brass frames are having beading at the top and bottom In order to make them inter-fitting and enable combined action by shaking the sieve by hand or Sieve Shaker .The sieves are machine made having no joints.    The mesh number and the standard designations are engraved on the side of each of the sieve for Identifications. A set of pan and lid also made of brass is provided with each set of seives Best quality Indian made sieve cloth is used for mesh Nos. 4 to 85, while the imported sieve cloth is used for mesh 100 to 400, The brass frames are nicely polished. The Sieves can be supplied as per ISS/BSS/ASTM as per customer's requirements.                         A.S.T.M. Mesh No. Width of Aperture                                      5        4.00mm                                    6          3.35mm                                    7           2.80                                    8           2.36                                    10         2.00                                    12         1.70                                   14          1.40                                   16          1.18                                  18           1.00                                  20            850 microns                                 25             710 microns                                30             600 microns                                35              500 microns                               40               425 microns

Support