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14" Moil Point for Hilti Style 7/8" Hex Shank

SKU: NP14

14" Moil Point for Hilti Style 7/8" Hex Shank

$39.37
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19" Moil Point for Hilti Style 7/8" Hex Shank

SKU: NP19

19" Moil Point for Hilti Style 7/8" Hex Shank

$43.74
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7/8" Hex Demo Hilti Style Moil Points

7/8" Hex Demo Hilti Style Moil Points

Precision Demolition for Hilti TE-S Shank Hammers

Designed specifically for demolition professionals using Hilti TE-S style hammers (TE800, TE805, TE905, TE906, TE1000, TE1500, TE2000), our 7⁄8″ hex shank moil points deliver reliable performance where it counts.

Built for the Job

Whether you’re breaking concrete, preparing a slab for resurfacing, or performing general structural demolition, these moil-points (also known as bull-points) get the job done. Available in 14″ and 19″ lengths (overall tool length) to match your workflow and reach.

  • 14″ length: ideal for tighter spaces and quicker break-outs

  • 19″ length: gives extra reach when working overhead or from atop a surface

Designed to Fit & Perform

Each moil point features a 7⁄8″ hex shank that fits the TE-S style of Hilti hammers listed above. Before purchase, please refer to the Chisel Lookup By Hammer at the top of the page to ensure you’ve matched the correct shank and tool configuration.
These are engineered for rugged durability, meant for repeated impact and heavy-duty use in concrete and flooring applications.

Why Choose Our Moil Points?

  • Purpose-built for Hilti TE-S systems — no adapter required

  • Made for demolition and prep work: breaking, loosening, and paving removal

  • Two length options for flexibility based on task and environment

  • Backed by the trust and expertise of Champion Chisel — a long-standing name in specialty tooling for heavy-duty applications

Tips for Best Results

  • Always ensure your hammer’s shank size and type match the tooling

  • Use the appropriate length: shorter for better control, longer for reach

  • Inspect tools regularly for wear or damage

  • Use correct hammer settings (impact mode, bit orientation) for optimal performance