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A mushroomed chisel head has to be ground back. Splintering burrs fly off at speed, which is why a visual check belongs before every use.

Wiha tools

Hammerchisel

Wiha hammers and chisels cover the complete range of striking tools: the range includes interchangeable heads in hardness grades soft, medium-soft, medium-hard, hard, and extra-hard (sizes 25-60 mm), along with hickory handles in various lengths (280-400 mm). Striking heads are available separately or with handles fitted; hammer shell sets (26668) allow quick head replacement. Extra-hard heads (26511, 39149) are additionally available for demanding striking work.

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Buying guide

How to choose Hammerchisel

What matters when choosing: properties, comparison and typical applications.

Technical features

⚙ Head hardness grades - soft, medium-soft, medium-hard, hard, extra-hard - for different workpiece materials

✓ Sizes 25-60 mm - head diameters 25/30/35/40/45/50/60 mm in multiple hardness grades

⚒ Hickory handles 280-400 mm - for heads 25/35 (280 mm), 30/35 (320 mm), 40/45 (335 mm), 50 (335 mm), 60/70 (360 mm), 80 (400 mm)

🛠 Hammer shell set (26668) - replaceable head for size 30, quick-change system

⚡ Extra-hard heads (26511, 39149) - for hard metals, chisel and punching work

Head selection by hardness grade

Hardness grade	Sizes	Typical application
Soft	30/40/50 mm	Surface-protective, for aluminium and plastic
Medium-soft	30/50 mm	General assembly without workpiece damage
Medium-hard	25-60 mm	Universal, metalworking, driving screws
Hard	30/40/50 mm	Chisel work, drift punches, hard materials
Extra-hard	30/40 mm	Steel stamps, centre punches, hard driving

Typical applications

Typical applications: Mechanical engineering and metalworking (medium-hard to extra-hard, chisel work); woodworking and joinery (soft to medium-soft, precise driving without damage); automotive workshop and service (medium-hard, drift punches, bushing installation); electronics and switchgear assembly (soft heads for sensitive housings); and general trades and maintenance.

FAQ

Frequently asked questions about Hammerchisel

What are Wiha hammer chisel tools and what industrial applications require their precision capabilities?

Wiha hammer chisel tools are precision striking instruments combining controlled impact force with material removal capabilities, designed for metalworking, assembly operations, and ESD-sensitive manufacturing environments. These tools serve automotive assembly lines, electronics manufacturing facilities, precision machining workshops, and maintenance operations where traditional hammers risk component damage or electrostatic discharge. The product line includes soft-faced hammers with dead-blow technology, sledgehammers with no-recoil design, and Safety series hammers featuring dual-hardness faces for versatile material compatibility. Industrial applications span from delicate circuit board assembly requiring ESD protection to heavy-duty metal forming operations demanding precise force transmission without workpiece deformation.

What technical selection criteria determine the optimal Wiha hammer chisel configuration for specific industrial operations?

Technical selection for Wiha hammer chisel tools centers on face hardness grades ranging from medium soft to very hard materials, handle construction between hickory wooden and steel tube options, and dead-blow versus standard impact mechanisms. The Safety series offers dual-hardness configurations like medium soft/very hard combinations for versatile material compatibility, while dead-blow models provide recoil elimination through internal shot-filled chambers. Handle selection depends on application requirements where hickory wooden handles offer vibration damping for extended use periods, and steel tube construction delivers maximum durability in heavy-duty industrial environments. Weight specifications and striking face diameter must align with workpiece material properties and required impact energy transfer for optimal forming results without surface damage.

Which international standards and certifications govern Wiha hammer chisel tools for industrial compliance requirements?

Wiha hammer chisel tools comply with DIN 5128 specifications for striking tool construction and material requirements, ensuring consistent quality standards across industrial applications. The ESD-compatible variants meet IEC 61340 standards for electrostatic discharge protection in electronics manufacturing environments, while general construction follows EN ISO 9001 quality management certification protocols. Safety series hammers incorporate design elements meeting ANSI B107.13 hand tool safety specifications for industrial workplace compliance. These certifications ensure proper metallurgical properties, dimensional accuracy, and performance consistency required for professional industrial operations where tool failure could compromise production quality or worker safety in regulated manufacturing environments.

How do Wiha soft-faced hammer variants differ from sledgehammer models in construction and application suitability?

Wiha soft-faced hammers feature replaceable striking faces in medium soft to very hard materials with dead-blow internal shot chambers for recoil elimination, designed for precision assembly and delicate component work. Sledgehammer models utilize fixed steel heads with no-recoil technology through specialized weight distribution, engineered for heavy-duty metal forming and demolition operations requiring maximum impact energy transfer. The Safety series soft-faced hammers offer dual-hardness face combinations allowing single-tool versatility across different material hardnesses, while standard soft-faced models provide consistent face hardness for specialized applications. Dead-blow construction in both categories eliminates bounce-back energy through internal shot-filled chambers, reducing user fatigue and improving striking accuracy in repetitive industrial operations.

What installation and compatibility requirements apply when integrating Wiha hammer chisel tools into industrial workstation setups?

Wiha hammer chisel tools require ESD-compliant tool storage systems with conductive foam inserts maintaining electrical continuity in electronics manufacturing environments, following IEC 61340 grounding protocols. Workstation integration demands adequate clearance zones matching hammer length plus full swing arc, typically requiring minimum 1.2-meter radius around striking positions for safe operation. Tool mounting systems must accommodate both hickory wooden handle and steel tube variants with different grip diameters, while maintaining quick-access positioning for production efficiency. Compatibility with existing pneumatic tool systems requires separate manual tool zones to prevent electromagnetic interference with sensitive electronic assembly equipment, ensuring proper workflow separation in mixed-technology manufacturing cells.

What safety ratings and environmental operating specifications define Wiha hammer chisel performance parameters?

Wiha hammer chisel tools operate within temperature ranges from -20°C to +60°C maintaining structural integrity and striking face material properties across industrial environment variations. The ESD-compatible models achieve surface resistance values below 10^6 ohms meeting IEC 61340-5-1 requirements for electronics manufacturing safety, while maintaining impact energy transfer efficiency within ±5% across the operating temperature spectrum. Safety series hammers incorporate dual-hardness face combinations tested to 50,000 impact cycles without deformation, ensuring consistent performance in high-volume production environments. Handle construction meets impact absorption specifications reducing transmitted vibration below 2.5 m/s² in accordance with EN ISO 5349 occupational health standards for prolonged industrial use applications.

What maintenance schedules and inspection protocols ensure optimal Wiha hammer chisel service life in industrial environments?

Wiha hammer chisel tools require weekly visual inspections for handle integrity checking for cracks or loosening, with striking face examination for wear patterns or material degradation affecting impact distribution. Monthly maintenance involves handle connection torque verification and dead-blow chamber function testing through controlled drop procedures ensuring internal shot mobility remains unrestricted. Replaceable striking faces on Safety series hammers demand replacement when wear exceeds 15% of original thickness or surface hardness drops below specified durometer readings measured with calibrated Shore hardness testers. Service life typically ranges from 18 to 24 months under normal industrial usage conditions, with documentation requirements following ISO 9001 tool management protocols for quality system compliance and failure trend analysis.