PLATE WHEEL SPROCKET 1" SIMPLEX

Module pinion, pitch 1,5, ideal for precision mechanical drives, ensures uniform meshing and service life over time.

Module pinion, pitch 3, ideal for robust, precision mechanical drives, ensures reliability and long service life even in heavy-duty conditions.

5/8" simplex sprocket, ideal for light or medium drives that require the rotation of a single chain with reliability and service life.

Galvanised rack, 22x22, module 4, length 2 metres, ideal for sliding and motorised gates, resistant to corrosion and wear.

1/2" pitch Z 18 chain tensioner, ideal for maintaining the correct chain tension and ensuring a smooth and safe drive.

3/8" triplex sprocket, ideal for very light drives that require the simultaneous rotation of three chains with greater stability and service life.

Galvanised rack, module 4, 30x12, length 1 metre, ideal for gate automation and movement, resistant to corrosion and wear.

1.1/4" simplex sprocket, designed for medium drives that require reliability and the rotation of a single chain.

Module gear wheel, pitch 1, 75 teeth, ideal for precision mechanical drives that require reliability and service life.

3/4" Z 15 chain tensioner, ideal for maintaining the correct chain tension and ensuring a smooth and safe drive.

1.1/4" duplex plate wheel sprocket, ideal for drives that require strength and the ability to run two chains at the same time.

1.1/2" triplex plate wheel sprocket, designed for drives that require high strength and the ability to drive several chains at the same time.

Module pinion, pitch 2,5, ideal for robust mechanical drives, ensures reliability and service life even in more demanding applications.

Module pinion, pitch 5, ideal for robust mechanical drives, ensures reliability, service life and precision even in heavy-duty applications.

1.1/2" duplex plate wheel sprocket, ideal for drives that require greater load capacity and the simultaneous rotation of two chains.

1/2" duplex sprocket, ideal for light drives that require the simultaneous rotation of two chains with greater stability and service life.