Our Paddy dryer is a vertical circulation type dryer. It works to reduce the moisture content of the paddy by blowing hot air into the drying chamber where the paddy is circulated continuously until the desired dryness of the paddy is reached. For producing hot air we are using a Fire wood heat exchanger furnace or Diesel burner or LPG gas burner. Also the steam heat exchanger can be used. Drying rate is at 0.75% - 1% moisture per hour. Drying rate specified above is for reference only. Actual data will depend on ambient temperature, relative humidity, air temperature, and paddy type, moisture content before and after drying. We are manufacturing paddy dryers with different capacities like 1 ton per batch, 2 tons per patch, 3 tons per batch, 4 tons per batch,6 tons per batch,9 tons per batch and 12 tons per batch. Capacity depends on paddy type, specific weight and moisture content of the paddy. Capacity is indicative and not binding.
| Machine - Model | Capacity in Kgs/hr | Dryer Box SIze in MM | Elevator Height in Feet | Required Area | Power Required in (HP/KW) | Voltage (v) / Frequency ( Hz) |
|---|---|---|---|---|---|---|
| 1-TON Paddy Dryer | 1276 | 1352 mm x 1352 mm | 29.25 Ft | 28.5 Ft x 14 Ft / 22.5 Ft x 18 Ft | 5/3.75 | 415/50 |
| 2-TON Paddy Dryer | 2005 | 1352 mm x 1352 mm | 33.75 Ft | 28.5 Ft x 14 Ft / 22.5 Ft x 18 Ft | 6/4.5 | 415/50 |
| 3-TON Paddy Dryer | 3008 | 1352 mm x 1352 mm | 39.5 Ft | 28.5 Ft x 14 Ft / 22.5 Ft x 18 Ft | 6/4.5 | 415/50 |
| 6-TON Paddy Dryer | 6083 | 2394 mm x 2000 mm | 41 Ft | 23 Ft x 20 Ft | 10/7.5 | 415/50 |
| 9-TON Paddy Dryer | 9020 | 2394 mm x 2000 mm | 49 Ft | 23 Ft x 20 Ft | 12/8.9 | 415/50 |
| 12-TON Paddy Dryer | 12023 | 2394 mm x 2000 mm | 56 Ft | 23 Ft x 20 Ft | 12/8.9 | 415/50 |
All the machineries can be made in stainless steel also.
All the machineries have different capacities.We reserve the rights to deviate from the above tables as improvements in designs are constantly being made.
The capacity of the machine depends upon grain type, grain density and contamination. capacity is indicative, not binding.Our dual tower paddy dryer is a vertical circulation type dryer. It has two towers in which we can individually dry two different varieties of paddy in a single batch. It works to reduce the moisture content of the paddy by blowing hot air into the drying chamber where the paddy is circulated continuously until the desired dryness of the paddy is reached. For producing hot air we are using a Fire wood heat exchanger furnace or Diesel burner or LPG gas burner. Also the steam heat exchanger can be used. Drying rate is at 0.75% - 1% moisture per hour. Drying rate specified above is for reference only. Actual data will depend on ambient temperature, relative humidity, air temperature, and paddy type, moisture content before and after drying. We are manufacturing paddy dryers with different capacities like 1 ton per batch, 1.5 ton per batch and 2 tons per patch. Capacity depends on paddy type, specific weight and moisture content of the paddy. Capacity is indicative and not binding.
| Machine - Model | Capacity in Kgs/hr | Dryer Box SIze in MM | Elevator Height in Feet | Required Area | Power Required in (HP/KW) | Voltage (v) / Frequency ( Hz) |
|---|---|---|---|---|---|---|
| NN500DTD | 666 x 2 | 1072 mm x 800 mm | 22.25 Ft | 20.5 Ft x 13.5 Ft | 6/4.5 | 415/50 |
| NN750DTD | 838 x 2 | 1072 mm x 800 mm | 24 Ft | 20.5 Ft x 13.5 Ft | 6/4.5 | 415/50 |
| NN1000DTD | 1332 x 2 | 2144 mm x 800 mm | 22.9 Ft | 20.5 Ft x 16.5 Ft | 8.5/6.33 | 415/50 |
All the machineries can be made in stainless steel also.
All the machineries have different capacities.We reserve the rights to deviate from the above tables as improvements in designs are constantly being made.
The capacity of the machine depends upon grain type, grain density and contamination. capacity is indicative, not binding.The fluidized bed paddy dryer is used to remove water residue and moisture from soaked and steamed paddy in the parboiling system as well as removes moisture from harvested paddy.The bottom of the fluidized bed dryer is perforated, where the hot air moves through the wet paddy. The paddy rises from the bottom of the air stream and to dry each paddy completely hot air surrounds it. In this dryer, both the paddy and air are moving in the same direction. Since all kernels are exposed to the same temperatures, the result is uniform drying of the paddy and the drying happens quickly. This machine will reduce around 5 to 7% moisture in a single pass. For quick drying even if high temperature is used, it will not affect the grain quality.
Uniform drying
method.
Continuous drying to
achieve
homogeneous drying.Competitive price;
Low
maintenance.SS
Construction.Efficient high
moisture
reduction.The uniform drying
method will reduce the broken rice. In order to reduce
the drying time in the existing LSU dryer, we can easily incorporate
this dryer with the existing LSU dryer.| Machine - Model | Capacity in Kgs/hr | Dryer Box SIze in MM | Elevator Height in Feet | Required Area | Power Required in (HP/KW) | Voltage (v) / Frequency ( Hz) |
|---|---|---|---|---|---|---|
| NN1500FBD | 1650 | 1081 mm x 1081 mm | 35 Ft | 18 Ft x 13 Ft | 8.5 / 6.33 | 415/50 |
| NN6000FBD | 6292 | 2394 mm x 2000 mm | 38 Ft | 32 Ft x 25 Ft | 21/15.65 | 415/50 |
All the machineries can be made in stainless steel also.
All the machineries have different capacities.We reserve the rights to deviate from the above tables as improvements in designs are constantly being made.
The capacity of the machine depends upon grain type, grain density and contamination. capacity is indicative, not binding.The Paddy Bed Cooler is used to reduce water residue and moisture from soaked and steamed paddy in the parboiling system. The bottom of the fluidized bed cooler is perforated, where the air moves through the wet paddy. The paddy rises from the bottom of the air stream and to cool each paddy air surrounds it. In this cooler, both the paddy and air are moving in the same direction. Since all paddy are exposed to the same air, the result is uniform cooling of the paddy and thus the further drying happens quickly.
| Machine - Model | Bed Size | Minimum Elevator Height in Feet | Power Required in (HP/KW) | Voltage (v) / Frequency ( Hz) |
|---|---|---|---|---|
| NN500FBC | 1400mm x 400mm | 12 Ft | 3/2.22 | 415/50 |
| NN1500FBC | 1680mm x 450mm | 15 Ft | 5 /3.75 | 415/50 |
| NN6000FBC | 2455mm x600mm | 16 Ft | 7.5/5.56 | 415/50 |
All the machineries can be made in stainless steel also.
All the machineries have different capacities.We reserve the rights to deviate from the above tables as improvements in designs are constantly being made.
The capacity of the machine depends upon grain type, grain density and contamination. capacity is indicative, not binding.Par-boiling of paddy is a hydrothermal treatment, in which paddy undergoes the process of soaking and steaming prior to drying. Par-boiled paddy is partially cooked which drives natural vitamins & minerals from the bran into the rice. Water and steam are the two essentials to transform the natural rice into parboiled rice.
The paddy is
soaked in the water-filled conical tank for a specific time for a
specific variety. This process increases vitamin-B in rice and
decreases the percentage of broken rice in it.
Steaming of paddy helps to keep its nutrition within itself. It
improves rice length and gives a uniform color of Par-boiled rice.
It also increases the capacity of par-boiled rice to absorb water
during cooking. We are manufacturing paddy parboiling with different
capacities like 1 ton per batch, 2 ton per patch, 3 ton per batch, 4
ton per batch
| Machine - Model | Soaking Tank (Kgs) | Boiling Tank | Elevator Height in Feet | Power Required in (HP/KW) | Voltage (v) / Frequency ( Hz) |
|---|---|---|---|---|---|
| NN1000PAR | 1000 | 180 Kgs x 2 | 32 Ft | 2 / 1.5 | 415/50 |
| NN2000PAR | 1000x2 | 180 Kgs x 2 | 36 Ft | 2 / 1.5 | 415/50 |
| NN3000PAR | 1500x2 / 3000 | 180 Kgs x 2 | 38 Ft | 2 / 1.5 | 415/50 |
| NN4000PAR | 1000x4 | 180 Kgs x 2 | 40 Ft | 2 / 1.5 | 415/50 |
All the machineries can be made in stainless steel also.
All the machineries have different capacities.We reserve the rights to deviate from the above tables as improvements in designs are constantly being made.
The capacity of the machine depends upon grain type, grain density and contamination. capacity is indicative, not binding.
