Bahco Polyurethane Head Dead Blow Hammer with Steel Handle, 5.6 kg

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Sous-total (1 unité)*

208,93 €

(TVA exclue)

252,81 €

(TVA incluse)

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1 +208,93 €

*Prix donné à titre indicatif

N° de stock RS:
282-8371
Numéro d'article Distrelec:
300-18-101
Référence fabricant:
3625PU-105
Fabricant:
Bahco
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Marque

Bahco

Hammer Type

Dead Blow Hammer

Product Type

Hammer

Head Material

Polyurethane

Head Weight

5.6kg

Handle Material

Steel

Overall Length

915mm

Standards/Approvals

No

Statut RoHS : Exempté

Pays d'origine :
TW

Bahco Hammer, 5.6kg Head Weight, 915mm Overall Length - 3625PU-105


This hammer is a dead blow sledge designed to deliver controlled, low-rebound impacts for industrial environments. It combines a steel grip with a resilient polyurethane striking face to reduce vibration transfer during heavy striking tasks, making it suitable for repetitive use in automation, electrical and mechanical settings.

Features and Benefits:


• Polyurethane head absorbs rebound and reduces shock transfer
• Steel handle provides Durable support for forceful strikes
• 5.6kg head mass increases delivered impact energy
• Dead blow construction minimises bounce for controlled blows
• 915mm overall length improves reach and leverage

Applications


• Suitable for aligning heavy components in assembly lines
• Ideal for seating bearings and mechanical press fits
• Used for panel fitting and chassis assembly in electrical work
• Can be used for tooling set-up and maintenance in automation plants

How does the striking material affect vibration transmitted to the user?


The polyurethane striking face attenuates Peak vibrations, lowering transmitted shock compared with rigid metal faces.

Is the tool suited for tasks requiring extended reach?


The 915mm overall length offers increased leverage and clearance for accessing recessed or obstructed work areas.

What operational behaviour reduces secondary impacts after a strike?


The dead blow design uses internal mass damping to dissipate kinetic energy, limiting rebound and secondary impacts.

How does the handle material contribute to longevity under heavy use?


The steel handle resists deformation under repeated high-force blows, supporting consistent striking alignment and service life.

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