The Introduction of LB14 Rolling Process Reconstituted (Recon)Tobacco Sheet Production Line

The LB14 Rolling Process Reconstituted(Recon) Tobacco Sheet Production Line (hereafter called as LB14) is one complete group of equipment which makes full use of tobacco waste such as tobacco stems, powder and dust etc. produced in cigarette manufacturing process. It adopts special technical recipe and flow to finally remake the waste into tobacco Sheet filament.

This production line has the advantages of small investment, environment protection without pollution during manufacturing, reducing cigarette production cost greatly and producing great economic profit.

The production capability of LB14 has four specifications of 200kg/h、400kg/h、600kg/h、800kg/h.

Working conditions

Power supply:3N-50Hz/TN-S 380V±38V 50Hz±1Hz

Environmental temperature: 10-40℃

Inlet steam pressure of equipment: not less than 0.8Mpa

Inlet water pressure of equipment: not less than 0.2Mpa

Supplying material conditions: unpolluted and non-mildewed tobacco stem and powder, with moisture content not more than 16%, sand/ soil rate of tobacco stem not more than 2%, sand/ soil rate of tobacco powder not more than 3%,the length of tobacco stem not more than 20mm. Proportion rate of tobacco stem and powder material: tobacco stem from 30% to 60%, tobacco powder from 40% to 70%.When inlet material has been dried outside the line, water rate of the tobacco stem and powder entering grinder should be not more than 10% and its purity is not less than 98%.

Main Technical Parameters

Rate production capability is 200kg/h 、400 kg/h 、600 kg/h、800kg/h (moisture content of product is taken as 13%)

Thickness of cut-recon: 0.12mm±0.01mm

Length of cut-recon: 30mm-80mm

Width of cut-recon: (0.8-1.0)mm±0.1mm

Water content of cut-recon finished product: (13±1)%

Whole cut-recon percentage: not less than 90%

Filling value: ≥3.5cm³/g

The total power consumption of the whole line: 210KW

The dimension of factory building the whole line needed (optimized layout): L×W×H=70M×6M×6M

The technical flow chart