Bahco Pry Bar, 609 mm Length

Sous-total (1 unité)*

54,94 €

(TVA exclue)

66,48 €

(TVA incluse)

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N° de stock RS:
717-9291
Numéro d'article Distrelec:
304-09-312
Référence fabricant:
3684-24
Fabricant:
Bahco
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Marque

Bahco

Product Type

Pry Bar

Material

Chrome Vanadium Steel

Overall Length

609mm

Bar Width

19mm

Standards/Approvals

No

Statut RoHS : Exempté

Pays d'origine :
TW

Bahco Pry Bar, 609mm Overall Length, 19mm Bar Width - 3684-24


This pry bar is a manual leverage tool intended for lifting, aligning and bending heavy components in industrial settings. It is manufactured from a high-grade chrome vanadium alloy and finished to resist surface wear, providing a robust hand tool for use in assembly, maintenance and demolition tasks within automation, electronics, electrical and mechanical environments.

Features & Benefits


• Hardened alloy steel construction provides extended service life
• Long tapered end enables precise alignment of components
• Flat end delivers effective lifting and bending force
• Hexagon shank offers secure grip and impact resistance
• Manganese phosphate finish improves surface corrosion resistance

Applications


• Suitable for aligning machinery parts during installation
• Ideal for separating fitted panels in electrical enclosures
• Used for bending metal components in fabrication tasks
• Can be used for demolition tasks requiring controlled leverage
• Used with heavy assemblies in automation maintenance routines

What is the tool’s surface treatment and why is it used?


The manganese phosphate finish reduces friction and helps protect the surface against light corrosion during workshop use.

How does the hexagon shank affect handling under force?


The hexagonal profile resists rolling and provides improved contact for firm manual strikes or when used with a hammer.

What material properties contribute to its load-bearing capability?


The high-performance chrome vanadium alloy is hardened to increase tensile strength and resistance to deformation under heavy loads.

How is the long tapered end beneficial in precision tasks?


The tapered geometry allows controlled insertion into tight gaps for fine positional adjustments without excessive force.

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