BELT 116 MXL
₹500
/ Pcs.
Zero-Slip Synchronous Driving: The precise MXL tooth geometry nests seamlessly into matching pulley grooves, completely eliminating belt slippage and timing registration lag.
Fiberglass Tensile Cord Core: Reinforced internally with continuous fiberglass strands that provide exceptional tensile strength, preventing elongation or sagging under constant load.
Wear-Resistant Nylon Tooth Facing: The teeth are protected by a tough, self-lubricated fabric weave that minimizes raw frictional heat, dampens operational noise, and prevents tooth shear during sudden stops.
Zero-Slip Synchronous Driving: The precise MXL tooth geometry nests seamlessly into matching pulley grooves, completely eliminating belt slippage and timing registration lag.
Fiberglass Tensile Cord Core: Reinforced internally with continuous fiberglass strands that provide exceptional tensile strength, preventing elongation or sagging under constant load.
Wear-Resistant Nylon Tooth Facing: The teeth are protected by a tough, self-lubricated fabric weave that minimizes raw frictional heat, dampens operational noise, and prevents tooth shear during sudden stops.
| Dimension & Material Parameter | Official Specification |
| Product Name | 232 MXL Industrial Synchronous Timing Belt |
| Component Type | Closed-Loop (Endless) Mini-Pitch Timing Belt |
| Belt Pitch Code | MXL (Mini Extra Light) |
| Tooth Pitch Distance | 2.032 mm / 0.080 Inches |
Ensure flawless mechanical synchronization and zero-slip power transmission with our high-grade 232 MXL Closed-Loop Timing Belt. Precision-engineered as a critical mechanical spare part for wide-format digital inkjet printers, textile plotters, and eco-solvent printing presses, this synchronous belt manages the intricate step movements required for automated maintenance units and auxiliary feed mechanics.
In digital printing setups, even a micro-millimeter of slippage in the service gear or pump drive will throw off mechanical timing—leading to faulty printhead capping, failed ink purging cycles, or minor media tracking errors.
