BFW Series Chain conveyor is mainly used to transport all kinds of pulp board, waste paper in bulk and in bundle, can be transported horizontally or inclined conveyor , and specifically used for waste paper loading (loose or pack) or chemical pulp .

Application

Chain conveyor uses the continuous or intermittent movement of the chain to convey various weight items, and also can convey various bulk material, various cartons, bags and other single pieces of goods in a little weight. In the paper industry, drag conveyors are mainly used to transport such materials as scattered or bundled paper pulp and waste paper plate.

Feature

• Great conveying capacity, simple structure, convenient maintenance, and standardization of components.
• Less energy consumption, and low cost.
• Small voice, suitable for quiet work environment.
• Through plate punch forming whith high strength and excellent in cushine effect.
• Chain board adopts closed desigh to prevent material leaking.
• Two rows of idler traction chain and hollow roller shaft,and oil can be injected from pin roll to shaft sleeve and wear-resistant zinc-copper bushing.
• Two rows of chain adopt long axis to prevent chain running deviation.
• Chain wheel adopts cast steel to improve wear-resistant.
• Raw material feeding plate adopts V design( more than effective conveying width 400mm) to improve raw material throughput.
• Orbit type running, operate steadily and reliably, with low friction and low power consumption.

Main Specification

Type	BFW
Chain Plate Width(mm)	1200	1400	1600	1800
Feeding Capacity(m3/h)	60-220	80-255	95-300	110-345
Conveying Material	Waste Paper/Pulp Board
Max.limit of Material(mm)	1000	1200	1400	1600
Max.limit of Material(mm)	5.5	7.5	11	15

Type	BFW
Chain Plate Width(mm)	2000	2200	2400	2600
Feeding Capacity(m3/h)	140-390	160-430	200-500	240-600
Conveying Material	Waste Paper/Pulp Board
Max.limit of Material(mm)	1800	2000	2200	2400
Max.limit of Material(mm)	18.5	22-30	30-45	37-55

^{Capacities vary depending on feed size, feed rate, operating conditions, desired product output, characteristics of feed material, and equipment configuration}

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