BELT 116 MXL

₹500 / Pcs.

  • Zero-Slip Synchronous Driving: The precise MXL trapezoidal tooth geometry locks perfectly into matching pulleys, completely eliminating belt slippage and timing lag.

  • Fiberglass Tensile Cord Core: Reinforced internally with continuous fiberglass strands that provide high tensile strength and prevent belt stretching, ensuring length stability under constant load.

  • Wear-Resistant Nylon Tooth Facing: The teeth are protected by a tough, self-lubricated nylon fabric weave that minimizes friction heat, dampens operational noise, and prevents tooth shear.

Category: BELT
vendor: CMYK
Contry Of Origin: india
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  • Zero-Slip Synchronous Driving: The precise MXL trapezoidal tooth geometry locks perfectly into matching pulleys, completely eliminating belt slippage and timing lag.

  • Fiberglass Tensile Cord Core: Reinforced internally with continuous fiberglass strands that provide high tensile strength and prevent belt stretching, ensuring length stability under constant load.

  • Wear-Resistant Nylon Tooth Facing: The teeth are protected by a tough, self-lubricated nylon fabric weave that minimizes friction heat, dampens operational noise, and prevents tooth shear.

Dimension & Material Parameter Official Metric Specification
Product Name 116 MXL Industrial Synchronous Timing Belt
Component Type Closed-Loop (Endless) Mini-Pitch Timing Belt
Belt Pitch Code MXL (Mini Extra Light)
Tooth Pitch Distance 0.080 Inches / 2.032 mm

Ensure flawless mechanical synchronization and zero-slip power transmission with our high-grade 116 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 timing belt handles the intricate motion required for automated maintenance and feeding cycles.

In digital printing, even a micro-millimeter of slippage in the service gear or feed drive will throw off mechanical timing—leading to capping station misalignment, ink purging failures, or material feed errors.