J Section Poly V-Belts A single, endless belt consisting of a number of V-shaped ribs designed to mate perfectly with V-grooves in sheaves. The Poly V Belt combines the convenience of a standard belt with the strong gripping traction of multiple V Belts to make this type of belt far better than either for many applications.
K Section Poly V-Belts A single, endless belt consisting of a number of V-shaped ribs designed to mate perfectly with V-grooves in sheaves. The Poly V Belt combines the convenience of a standard belt with the strong gripping traction of multiple V Belts to make this type of belt far better than either for many applications. To distribute the drive load evenly across the full width of the sheave, the Poly V Belt is built as a single unit with a completely supported, uninterrupted tension member. There is no matching problem and no separate belts to turn over, grab, slip or interfere with each other.
L Section Poly V-Belts A single, endless belt consisting of a number of V-shaped ribs designed to mate perfectly with V-grooves in sheaves. The Poly V Belt combines the convenience of a standard belt with the strong gripping traction of multiple V Belts to make this type of belt far better than either for many applications.To distribute the drive load evenly across the full width of the sheave, the Poly V Belt is built as a single unit with a completely supported, uninterrupted tension member. There is no matching problem and no separate belts to turn over, grab, slip or interfere with each other.
M Section Poly V-Belts The Poly-V belt is a single, endless belt with V-shaped ribs that mate perfectly with the V-grooves in the pulleys. It combines the convenience of a thin, one-piece flat belt with the strong gripping traction of multiple V-belts to make the Poly-V belt far better than either for many applications. The approximate belt width is the number of ribs multiplied by 9.4mm.The Poly-V belt is built as a single unit with a completely supported, uninterrupted tension member. There is no matching problem. No separate belts to turn over, grab, slip, or interfere with each other.