Jonard
Jonard RB-287/6 Cable Sewing Needle Pack of 6
Six steel cable sewing needles, each weighing 0.062 lb, supplied as replacements
- Durable steel construction resists wear during cable lacing
- Replaceable needle design extends tool life across jobs
- Pack of six ensures spares for continuous workflow
- Lightweight 0.062 lb body reduces hand fatigue
- Jonard Tools brand trusted for professional cable work
Replacement Cable Sewing Needles
This pack contains six steel cable sewing needles designed as replacement parts for cable-lacing tasks. Each needle weighs 0.062 lb and features a replaceable design for extended service life. The Jonard Tools branding confirms original-equipment quality for professional use.
Suited for cable-lacing maintenance
Technicians who regularly repair or assemble laced cable harnesses will find this six-piece pack convenient for workshop stock. Buyers who need larger quantities or different needle profiles for specialised loom configurations should look at alternative packaging options.
Six-piece replacement pack
The package quantity of six units is the key specification that determines whether this pack matches the user's consumption rate and storage capacity. Order values of $75 or more qualify for free shipping under the supplier's current terms.
Highlights
- Durable steel construction resists wear during cable lacing
- Replaceable needle design extends tool life across jobs
- Pack of six ensures spares for continuous workflow
- Lightweight 0.062 lb body reduces hand fatigue
- Jonard Tools brand trusted for professional cable work
Specifications
| Brand | JONARD TOOLS |
|---|
Questions about this item
How do I install the steel needles in my cable sewing tool without bending the 0.062 lb tips?
Thread each needle straight into the tool's needle holder by hand until seated, then tighten gently with pliers — forcing them at an angle bends the fine steel points.
When will the steel needles need replacement during regular cable lacing work?
Replace needles when the points dull enough to snag insulation instead of piercing cleanly, typically after several hundred splices depending on cable jacket hardness.
What is the first limit reached when using all six needles continuously on heavy-jacketed cables?
The fine steel points deform first, losing their ability to pierce thick jackets cleanly before the needle bodies show any wear.
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