Double Sided Trapezoidal tooth D5M Synchronous Belt Rubber Transmission Belt

Trapezoidal timing belt are divided into two types: single-sided toothed and double-sided toothed, referred to as single-sided belt and double-sided belt.

Double-Sided Timing Belt can be divided into two standard types according to the belt teeth:

DA type double-sided tooth timing belt, the belt teeth on both sides are arranged symmetrically.

DB type double-sided tooth timing belt, the belt teeth on both sides are arranged in staggered positions.

The pitch and tooth shape of the double-sided trapezoidal timing belt are identical to the tooth shape and pitch of the single-sided timing belt.

In addition to the advantages of general synchronous belt transmission, the trapezoidal timing belt has a square tooth shape, so compared with the arc toothed pulley, it can allow a larger linear speed, so, the circumferential trapezoidal timing belt can meet higher speed transmission.

Technical parameter:

Features:

1. High transmission efficiency: trapezoidal timing belt transmission is a suction transmission method. The tooth-shaped teeth can form adhesive friction on the contact surface, so the transmission efficiency is relatively high, reaching more than 96%.

2. Smooth operation: Since the tooth shape of this transmission method can effectively absorb, there will be no slippage during operation, thus ensuring smooth operation.

3. Accurate transmission ratio: Since the trapezoidal timing belt transmission will not elastically deform during the transmission process, it can ensure that the transmission ratio is accurate and meet the required accuracy requirements.

4. Large torque and large load. More goods can be transported in the same time, which is beneficial to improving production efficiency.

5. Simple structure, low manufacturing cost and wide application range.

Application areas:

Printing, packaging, papermaking, machine tools, textiles, engraving, petrochemicals and other environments that require high load and high speed drive devices.

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