Shrinkage Limit Apparatus For Testing Lab Manufacturer, Exporter & Bulk Supplier from India for School Lab Equipment, TVET Tender & MOE Projects.
Shrinkage Limit Apparatus For Testing Lab is manufactured by Didactic Lab Equipments, a leading School Lab Equipment Manufacturer in India serving Ministry of Education tenders, vocational training centres, polytechnics and engineering colleges across 100+ countries. Buy Shrinkage Limit Apparatus For Testing Lab at factory-direct prices with full technical support.
Shrinkage Limit is the maximum water content at which a reduction in
water content does not cause an appreciable reduction in volume of the
soil mass. At shrinkage limit, on further reduction in water, air enters
into the voids of soils and thus keeps the volume constant. The
apparatus can be used to determine shrinkage limit and to calculate
other shrinkage factors like shrinkage ratio, shrinkage index and
volumetric shrinkage.
Salient Features Specifications : Set consists
of one each :- 1. Porcelain evaporating Dish. 2. Shrinkage Dish 3. Glass
Cup. 4. Perspex plate with three metal prongs 5. Perspex plate. 6.
Flexible spatula 7. Glass cylinder 25ml x 0.5mlsupplied without mercury.
civil lab equipments manufacturer
Soil Test Instruments Lab equipment manufacturers,exporters and Soil Test Instruments Lab suppliers
As one of India's leading Didactic Lab Equipment Suppliers and School Lab Equipment Manufacturers, we supply Shrinkage Limit Apparatus For Testing Lab in bulk for educational tenders, MOE projects, TVET training centres, polytechnics, engineering colleges and research universities worldwide. Our manufacturing facility in Ambala (Haryana, India) ships to 100+ countries with factory-direct pricing.
Looking for Shrinkage Limit Apparatus For Testing Lab in bulk for school lab tenders, college lab supply or vocational training centres? Our team handles the complete tender cycle — technical specifications, pre-shipment inspection, FOB/CIF logistics and after-sales support. Request a customised quotation today.