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Kangaroo Leather Strop on Anodized Blank 4" x 1"

SKU: TIAN-ROO-KME-BLACK

AVAILABILITY: In stock (11 items)

$18.00 USD

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Details
Brand
Gritomatic
Series
Multi-Color
Form Factor
4" Single Sided
Backing
Color Anodized Aluminum Blank [102 x 25 x 5mm]
Working Surface
📐98 x 25mm
Total Thickness
📏5.9-6.4mm
Stropping Material
Kangaroo Leather
Material Details
Kangaroo Leather, Aluminum
Material Thickness
📏0.8-1.3mm
Description

Kangaroo Leather Strop is an efficient way of final polishing a cutting edge using guided knife sharpeners suitable for 4" stones. A leather strop enhances the cutting edge by correcting small nicks and smoothing grooves.

The stropping medium is leather pad made of vegetable tanned kangaroo leather mounted on high-quality aluminum and color anodizing: graphite gray, black, deep ruby red, ocean blue, emerald green, sepia orange. Different colors of blanks will help to avoid mistakes of using wrong grit. The thickness of leather is approximately 1mm, the thickness of aluminum blank is 5mm.

Gently slide the cutting edge over the strop, repeating 20-30 times for each side of the blade. The motion should avoid damaging the strop with the cutting edge.

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Questions and Answers
/* ============================================================================ ✅ Complete Full Script with Boundary Guard, Safe Re-Entry, and Exact Coefficients 📌 Project: Tooltip Position and Display Fix 🕑 Generated: 2025-05-13 🆙 Version: v1.5 ----------------------------------------------------------------------------- 📝 Notes for Developers: - Prevents ruler from locking in hidden state when reaching top margin. - Integrates exact A and B coefficients from analytical boundary calibration. - Mousemove updates without logging. - Click updates with debug logging to console. ============================================================================ */ function updateMicronTooltip(e, log = false) { var parentOffset = $('#zern').offset(); var relX = e.pageX - parentOffset.left + 10; var relY = e.pageY - parentOffset.top; var img = $('#zern img')[0]; var renderedHeight = img.clientHeight; var intrinsicHeight = img.naturalHeight; var scaleFactor = intrinsicHeight / renderedHeight; var intrinsicRelY = relY * scaleFactor; if (log) { console.log('--- CLICK DEBUG START ---'); console.log('Rendered Height:', renderedHeight); console.log('Intrinsic Height:', intrinsicHeight); console.log('relY (rendered):', relY); console.log('Scale Factor:', scaleFactor); console.log('Intrinsic relY (scaled):', intrinsicRelY); } // Always reset ruler and tooltip visibility first $('#zern .zern_line').css('top', relY).show(); var tooltip = $('#zern .tooltip'); tooltip.css({ top: relY + 'px', left: relX + 'px' }).show(); // Guard against out-of-bounds positions (above or far below image) if (relY < 0 || relY > renderedHeight + 20) { tooltip.hide(); return; } // Adjust tooltip height safely var tooltipHeight = tooltip.outerHeight() || 20; // fallback if hidden var tooltipTop = relY; if (relY + tooltipHeight > renderedHeight) { tooltipTop = renderedHeight - tooltipHeight - 2; tooltip.css('top', tooltipTop + 'px'); } // Apply exact analytical coefficients let value = Math.exp(6.62771 - 0.00856 * intrinsicRelY); let micronvalue = value > 100 ? Math.round(value) : Number(value.toPrecision(2)); if (log) { console.log('Raw exp value:', value); console.log('Final micronvalue:', micronvalue); console.log('--- CLICK DEBUG END ---'); } tooltip.text(micronvalue + ' μm').css({ display: 'block', opacity: 1 }); } // Mousemove updates without logging $('#zern').on('mousemove', function(e) { updateMicronTooltip(e, false); }); // Click updates with debug logging $('#zern').on('click', function(e) { updateMicronTooltip(e, true); }); /* ============================================================================ ✅ End of Complete Full Script with Boundary Guard, Safe Re-Entry, and Exact Coefficients ============================================================================ */