The TEX05PE chipping hammer is a pneumatic (airpowered) handheld demolition/chipping tool manufactured by Atlas Copco. It is engineered for lightertomedium duty chipping, scaling, surface preparation and renovation work. It features a ¾ 2 hex shank (1950mm) and is the vibrationreduced, ergonomically enhanced version of the TEX05 series.

Design: The tool is sized for light duty chipping and scaling tasks, renovation, structural alteration work, and surface preparation. The hex shank dimension (¾2) is standard across many light/mediumduty pneumatic hammers, making the TEX05PE compatible with existing bits/chisels of that size. The emphasis on reduced vibration and sound means the PE model is better for longer duration use or more operatorsensitive environments.

• Airpowered piston mechanism: The hammer uses compressed air to drive a piston, delivering repeated impacts to the chisel or moil tool.
• Hex shank interface: The ¾2 hex shank allows secure tool retention and interchangeability of bits.
• Vibrationreduction: The PE version incorporates HAPS (Hand & Arm Protection System) and fullcanopy vibroreduction to reduce operator fatigue and risk of handarm vibration syndrome.
• Sound reduction: Designed with noise reduction enhancements (sound power guaranteed around 105dB(A) for the PE model)
• Retainer type: Uses a screwcap retainer to secure the chisel/bit.
• Ergonomics & length: With a length of ~450mm, the tool balances access into tighter spaces while maintaining comfortable handling for overhead or horizontal work.

Applications:

• Concrete chipping: Removing spalled concrete, surface scaling, cleanup of demolition debris.
• Surface preparation: Roughening concrete surfaces prior to overlay or bonding of new material.
• Renovation & alteration work: In buildings, industrial plants, tunnels where access might be somewhat constrained and a lighter hammer is beneficial.
• Kiln stripping: As noted in some AtlasCopco literature, these hammers are applicable in kiln or refractory removal work.
• Soft to mediumhard materials: Given its impact rate (~2,640 bpm) and weight, it is optimized for soft to medium hardness material; for extremely hard rock one would use a heavier hammer.