Engineering hammer

Engineering hammers serve metalworking, mechanical assembly, and industrial repair with various head configurations and handle types. The product range includes forged steel head hammers compliant with DIN 1041 and DIN 5135, impact-resistant Desmopan plastic head hammers, rubber hammers with 90 Shore A hardness, British-style Ball Pein hammers, and sledgehammers from 3kg to 10kg.

Hammer handles are manufactured from hickory oak treated against termites according to DIN 5111, rubber-coated fiberglass, or rubber-coated aluminum core with vibration damping. Hammer head weights range from 100g to 10kg, handle lengths from 250mm to 900mm, meeting requirements from fine adjustment tasks to heavy metal riveting. Accessories include steel wedge cores, safety locking pins, replacement handles, and replacement heads to extend equipment service life.

Products are officially imported from ELORA and ELOFORT Germany, complete with certificates of origin and warranty according to distributor regulations.

Engineering hammers serve many tasks in mechanical manufacturing, assembly, repair, and metalworking. This product group includes hammer lines with forged steel heads, soft plastic head hammers, rubber hammers, and specialized hammers for specific tasks. Each hammer type is designed with different handle and head structures, meeting requirements for impact force, durability, and workpiece surface protection.

Hammer handles can be made from hickory-style oak, rubber-coated fiberglass, or rubber-coated aluminum core, depending on vibration damping needs and mechanical durability. Steel hammer heads typically comply with German DIN standards, while soft hammer heads use materials such as Desmopan, Cellulose-Acetate, or nylon to avoid damaging machined parts.

Hammer head weights range from 100g to 10kg, handle lengths from 250mm to 900mm, allowing selection appropriate to work scale. Accessories such as wedge cores, safety locking pins, replacement handles, and replacement heads help extend service life and maintain stable working performance.

Classification by hammer head structure

The hammer head determines impact capability on the machined surface and the level of part protection. Forged steel head hammers are suitable for work requiring strong force, while soft head hammers protect sensitive surfaces. Each hammer head type has specific applications in production and maintenance processes.

Desmopan plastic head hammer 1661 has high impact resistance, using TPU elastic plastic material with good elasticity but still hard enough to transmit force. Rubber hammer 1620 has two heads made of hard black rubber reaching 90 Shore A, ash wood handle 320-380mm long, suitable for heavy striking work without damaging surfaces. Non-rebound plastic hammer 1690 complies with DIN 53505, oak handle treated against termites and moisture, hickory handle design for multi-purpose tasks. Two-head plastic hammer 1660 has diameters from 22 to 60mm, soft plastic heads with steel wedge core preventing handle detachment, hickory-style oak handle treated against termites and moisture.

Steel head hammers according to DIN standards

High-pressure forged steel head hammers meet strict German technical standards. Hammer head structure is designed according to standardized shape and weight, ensuring stable performance in industrial environments.

Round head hammer 1670 made of steel, wooden handle 295mm to 375mm long, is the Ball Pein ball head hammer line according to British patent invention. Hammer head weight is conventionally measured in pounds. Hickory-style wooden handle engineering hammer 1665 has head weights from 100g to 2000g, corresponding lengths from 260mm to 400mm. Hammer handle made from oak, turned handle has oval cross-section, grip end has larger diameter than inner section to prevent hand slippage. Wooden handle cross pein hammer 1672 complies with DIN 5135, oak handle undergoes technical treatment for good load bearing and termite resistance, handle head attached to hammer head has steel core preventing head detachment.

Aluminum core and fiberglass handle hammers

Modern hammer handles use composite materials and aluminum alloys to reduce vibration, increase durability, and improve grip feel. Multi-layer material structure helps absorb feedback force and protect the user's hand.

Aluminum core handle engineering hammer 1665K has head according to DIN 1041 standard, handle structure consists of three different material components including synthetic nylon fiber, aluminum alloy core, and soft rubber on palm contact surface preventing slippage. Cross pein hammer 1672K with aluminum core handle meets DIN 6475, anti-vibration handle grip, soft rubber coating for comfortable firm grip, handle end made larger than inner section to prevent hand slippage. 500g engineering hammer 29-500 with fiberglass handle coated with anti-slip rubber, hammer grip enlarged toward handle end, rubber has grip grooves increasing friction with palm.

Specialized hammers for specific tasks

Some hammer types are specifically designed for particular work such as chipping welding slag, nail pulling, or metal riveting. Hammer head and handle structures are optimized for each application, ensuring highest efficiency.

Welding slag chipping hammer 331 has head and handle made of steel, handle 290mm long, head structure similar to chipping hammer with one transverse head and one longitudinal head, used for various situations when cleaning welds and treating rusted surfaces. Nail pulling hammer 1680-330 with iron handle coated with hard plastic having ventilation holes, one round head with beveled edge diameter 28mm, nail driving hammer head flat ground from high-pressure forged steel. Sledgehammer 1673 with 900mm long wooden handle, weight from 3 to 10kg, head type one square one pointed triangular bevel shape, suitable for striking and riveting metal objects requiring strong hammer force in mechanical manufacturing, repair, and assembly industries.

ELOFORT rubber-coated plastic handle hammers

The ELOFORT hammer line uses plastic or fiberglass handles coated with rubber, combining high mechanical durability with good vibration damping capability. Hammer grip design enlarged toward the end and rubber surface with grip grooves help control impact force precisely.

1000g mallet head hammer 28-1000 with rubber-coated plastic handle has total length 260mm and weight 1100g. 300g engineering hammer 29-300 with rubber-coated plastic handle serves many purposes from nail driving, cold forging to mechanical machining. 1000g engineering hammer 29-1000 with rubber-coated fiberglass handle has larger diameter at grip end, used for multi-purpose from nail driving, cold forging to mechanical machining.

Replacement accessories and maintenance

Replacement accessories help extend hammer service life and maintain stable working performance. Parts such as wedge cores, locking pins, replacement handles, and replacement heads are manufactured according to original standards, ensuring precise coupling.

Wedge core 1673KL diameter 20mm tightly connects hammer head and handle for sledgehammer line 1673. Safety locking wedge 1672KL fixes engineering hammer head 1672 to hammer handle according to DIN 6475 standard, ensuring hammer head does not detach during force impact. Safety locking pin 1660KL is a specialized wedge for two-head soft hammer 1660, helping firmly fix new hammer head to wooden handle when plastic or rubber hammer head is worn. Safety locking pin 1670KL fixes engineering hammer head to hammer handle, preventing hammer head detachment phenomenon, designed according to British patent invention.

Replacement hammer handles according to DIN standards

Replacement hammer handles are manufactured from ash wood or oak that has undergone drying and pressing treatment, complying with DIN standards for shape and dimensions. Surface treated against oil and grease penetration and moisture resistance, maintaining durability in harsh working conditions.

Engineering hammer handle 1665ST made from ash wood meeting DIN 5111 standard, specifically for ELORA 1665 engineering hammer, suitable for repair and maintenance work. Cross pein hammer handle 1672ST 260-300mm long manufactured from natural wood that has undergone drying and pressing treatment according to DIN 5135, is original replacement handle accessory for ELORA 1672-K cross pein hammer. 900mm hammer handle 1673ST machined from pressed ash wood complying with DIN 5112 for German-style sledgehammer handle, surface treated against oil and grease penetration and moisture resistance. Engineering hammer handle 1670ST 295-375mm long used for British-style engineering hammer from 1/2 to 2 lbs, manufactured from European oak with heat treatment and termite treatment according to DIN 5111. Wooden hammer handle 1660ST 250-340mm long, weight from 44g to 100g, is replacement accessory for ELORA 1660 and 1661 soft hammers, manufactured from high-quality pressed wood.

Replacement hammer heads for soft hammers

Replacement hammer heads are manufactured from specialized materials such as Cellulose-Acetate, Desmopan, or nylon, achieving standardized hardness according to DIN 53505. Hammer head design with rounded edges and cylindrical cross-section helps distribute force evenly, protecting machined surfaces.

Plastic hammer head 1660E manufactured from impact-resistant Cellulose-Acetate, achieving 65 Shore D hardness according to DIN 53505, material has biological origin from cellulose esterified with acetic acid, providing high transparency. Soft plastic hammer head 1661E replacement for two-head engineering hammer 1661, manufactured from impact-resistant Desmopan material meeting DIN 53505 standard with 55 Shore D hardness, hammer head design with rounded edges and cylindrical cross-section. Soft plastic hammer head 1690E used for two-head soft plastic hammer 1690, nylon material with good wear resistance and impact resistance, restoring working capability when old hammer head is worn or damaged.

This product group provides comprehensive solutions for mechanical work from light to heavy, with diversity in weight, materials, and structure. Selecting the appropriate hammer should be based on machined surface properties, required impact force, and specific working conditions.