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  Reduced-Ply Belting Reduced-ply belts have carcasses of high-strength fibers, with either fewer plies or special weaves. No standards are available, but reduced-ply belting tension ratings can be made for all values of multiple-ply belting.

  Rating of Multiple-Ply Belts Multiple-ply belts are now rated on the basis of tensile strength (in pounds-per-inch-width per ply) when the splices are vulcanized. With normal mechanical-fas tener splices, the rating is reduced to approximately three-quarters of the vulcanized values. Some belt man ufacturers can get adequate fastener holding due to their weave, and no reduction in the rating is required. 

DESIGN CALCULATION FOR COAL BURNING BOILER FIRE GRATE AREA   Heat Required                 : 200,000 Kcal/hr Coal                                 : 4500 Kcal/hr Coal Efficiency               : 72% Size of Coal Required      : 1.5” to 3” Coal Burning Capacity of a Grate : 15 lb/ft 2 Distillation Column   If you need in PDF format please click or copy & paste on your address bar the following link: https://drive.google.com/open?id=1vk96TnaMvwOjP5MGVKen-Px3JA4Y_-2E

Given Data Solute                                                                    : A Solvent                                                                  : B Concentration of Solute                                  : 0.25 Kg of Solute/Kg of Solvent Temperature                                                      : 50 to 20 O C Maximum allowable growth rate (G)           : 3.0 µ m/min Product Crystal Size (L p )                                 : 2000 µ m Available Seed Size (L s )                                   : 100 µ m Production Rate Crystal (P)                           : 500 Kg Feed Concentration (C o )                               :0.25 Kg A/Kg B Feed Temperature (T o )                                  : 50 O C Density of Feed Solution ( ρ o )                       : 1.05 Kg/L Density of Mother Liquor ( ρ f )                      : 1.05 Kg/L Density of Solute Crystal ( ρ s )                       : 1.8 Kg/L Desired final Temperature (