| VEHICLE FITMENT | |
| TYPE | Sharp top chain |
| OE NUMBER | |
| MATERIAL | Metal |
| VEHICLE FITMENT | |
| TYPE | Sharp top chain |
| OE NUMBER | |
| MATERIAL | Metal |
| SIZE | Standard size or ODM size |
| CUSTOMIZED | Yes |
| CONDITION | |
| MOQ | |
| PACKAGE | Standard or as customer requirements |
Sharp top chains, also known as sharp top roller chains, are specialized conveyor chains with pointed tooth profiles designed to grip and stabilize timber or other materials during conveying and processing.
The supplied technical drawing shows two configurations:
The drawing also shows different tooth-profile arrangements, including 90° and 30° angle callouts, as well as single-, double-, and multi-strand section views.
The supplied parameter table includes four chain models:
All numerical values in the following table are transcribed from the supplied image.
Sharp top chains combine roller-chain components with pointed tooth plates. The tooth profile is designed to provide a gripping surface for timber or board handling.
The supplied drawing shows:
The drawing includes the following visible dimensions:
English
RussianmmThe A Type configuration is shown in the upper and middle-left views of the technical drawing. The drawing includes a 90° tooth-angle callout and illustrates the A Type tooth profile and section arrangement.
The supplied table identifies the following A Type models:
The B Type configuration is shown in the lower-left view of the technical drawing. The drawing includes a visible 30° tooth-angle callout.
The supplied table identifies the following B Type models:
The correct type should be selected according to the existing equipment design, tooth profile, conveying material, chain arrangement, and sprocket compatibility.
The original image labels the
Ptfield under “Ultimate Tensile strength” and showsmmbelow it. The Excel file retains the visible source label and unit without changing its meaning.
Download the Sharp Top Chain Parameter Table Excel File
The pointed tooth plate provides a gripping interface for timber and board handling. Tooth geometry should be matched to the conveyed material and equipment design.
The supplied technical drawing distinguishes between A Type and B Type tooth arrangements. The table identifies the corresponding type form for each model.
The drawing includes different section views showing single-strand and multi-strand chain arrangements. The required arrangement should be confirmed according to the conveyor layout and chain spacing.
The table includes pitch values of 25.40 mm and 31.75 mm. The distance between two teeth is listed as 6.35 mm, 12.20 mm, or 23.11 mm, depending on the model.
The listed specifications include:
Public industry references describe sharp top chains as specialized chains for timber processing and sawmill equipment.
Potential applications include:
Sharp top chains are typically selected where the conveyed material needs to remain positioned during movement or processing. The exact chain model should be confirmed according to timber dimensions, tooth geometry, chain pitch, sprocket design, conveyor speed, impact conditions, and operating environment.
The public sources used for general application background include:
Renold Jeffrey — Sharp Top Roller Chain
Describes sharp top roller chains for board edgers in dimensional lumber sawmills.
FB Chain — Sharp Top Chain
Describes sharp top chain applications including butt reducers, canters, optimisers, and timber-processing equipment.
John King Chains — Sharp Top Chains
Discusses pointed-tooth chain applications for timber and agricultural material handling.
These sources supplement general application information only. The exact model data in this page comes from the supplied technical table.
Check whether the required model is:
The type form is shown in the final column of the supplied parameter table.
The supplied models use the following pitch values:
Pitch must match the sprocket and the complete conveyor chain path.
The listed tooth-spacing values are:
Tooth spacing should be checked against the timber surface, product positioning requirements, and original equipment design.
The technical drawing shows:
The angle should be confirmed against the original chain sample or approved drawing.
Check:
These values affect sprocket engagement, chain assembly, and replacement compatibility.
The drawing includes different strand configurations. Confirm:
Before ordering, provide:
OEM and ODM production can be arranged according to:
Samples can be supplied for checking:
For customized timber-processing equipment, please provide the original chain sample, technical drawing, sprocket data, chain layout, and operating conditions.
Please provide the following information:
An existing chain section or equipment photograph can help confirm the tooth profile, chain size, and replacement compatibility.
The supplied first image has been processed with:
Sharp top chain for timber processing and sawmill conveyor equipment
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