Heavy-duty flat conveyor chains are engineered plate chains designed for demanding material-handling and continuous conveying systems. The supplied technical drawing shows a flat conveyor chain with broad plate surfaces, connecting pins, rollers or bush components, and Type A / Type B plate configurations.
The drawing includes:
An upper flat-plate chain view
A middle sectional connection view
A lower Type A side view
A lower Type B end/section view
Plate-depth and thickness references
Flat-plate thickness reference
Pitch, height, width, pin, roller, and section dimensions
The supplied parameter table contains the following models:
ZP75
ZP150
ZP200
ZP250
ZP350
ZP450
ZP550
ZP400
All precise values on this page are transcribed from the supplied technical image. Public sources are used only for general conveyor-chain application and selection background.
Key Features
Flat Plate Conveying Surface
The flat plate structure provides a broad conveying surface for supporting and moving loads through an engineered conveyor layout. The exact plate dimensions and Type A / Type B geometry should be selected according to the equipment design and conveyed material.
Multiple Pitch Options
The supplied models cover pitch values from 75 mm to 550 mm, providing options for different chain layouts and load-handling requirements.
Engineering Section References
The drawing includes the following visible references:
P — pitch
H and H1 — chain/plate height references
T and T1 — thickness references
B — plate or section width reference
D — diameter reference
F and W — width references
d1, d0, and D1 — pin, roller, or section diameter references
Heavy-Duty Flat Conveyor Chain | Type A and Type B Plate Chain
The ZP400 Type A fields are blank in the supplied source image and are intentionally shown as blank. No values have been inferred.
Typical Applications
Public conveyor-chain references describe heavy-duty conveyor chains and flat plate chains for applications such as:
Heavy material-handling conveyors
Plate and apron conveyors
Transfer conveyors
Production-line conveying
Bulk-material handling
Automotive component handling
Packaging and industrial logistics
Building-material handling
Wood-processing equipment
Cement and aggregate handling
Continuous industrial conveyor systems
The correct application depends on the conveyed load, support conditions, chain speed, impact, conveyor length, sprocket design, plate configuration, and operating environment.
Engineering Selection Checklist
Provide the following information for chain matching:
Model or required pitch
Type A or Type B configuration
Conveyed material
Material weight or bulk density
Conveyor length
Conveyor speed
Horizontal or inclined conveying direction
Start-stop frequency
Impact and shock conditions
Guide and support arrangement
Sprocket or drive-wheel drawing
Lubrication method
Dust, moisture, heat, or chemical exposure
Existing chain sample or equipment drawing
OEM / ODM and Custom Support
Custom engineering review can be based on:
ZP chain model
Pitch P
Type A or Type B structure
Plate height H/H1
Plate thickness T
Flat plate thickness T1
Width and diameter references
Chain length
Sprocket or drive-wheel data
Conveyor frame dimensions
Packaging and delivery requirements
Material grade, heat treatment, surface treatment, coating, corrosion resistance, service life, certification, noise level, and allowable working load are not specified in the supplied image. Confirm these requirements separately before including them in a purchase specification.
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