PRODUCT DESCRIPTION

The Stanley STHM10K 1600W SDS Max L-Shape Demolition Hammer is a heavy-duty professional demolition tool engineered for breaking concrete, brick, stone, asphalt and masonry. Powered by an ultra-powerful 1600W motor with an impressive 25 Joules of impact energy, it delivers exceptional demolition performance for the toughest construction applications.

Its ergonomic L-shape design provides superior balance and control, while the SDS Max tool holder ensures secure chisel retention and quick accessory changes. Featuring 1890 BPM impact rate, a lock-on trigger, 12 adjustable chisel positions and a rubber-coated handle, this demolition hammer is built for continuous industrial use.

KEY FEATURES

• Powerful 1600W High-Performance Motor

• Massive 25J Impact Energy

• Heavy-Duty SDS Max Tool Holder

• L-Shape Ergonomic Design

• 1890 BPM Impact Rate

• 12 Adjustable Chisel Positions

• Rubber Grip Handle

• Lock-On Trigger Switch

• Industrial Heavy-Duty Construction

• Designed for Professional Demolition Work

TECHNICAL SPECIFICATIONS

Brand: Stanley

Model: STHM10K

Product Type: SDS Max Demolition Hammer

Power Input: 1600W

Tool Holder: SDS Max

Impact Energy: 25J

Impact Rate: 1890 BPM

Handle Grip: Rubber Grip

Switch Type: ON/OFF Trigger

Lock-On Switch: Yes

Chisel Positions: 12

Weight: 10kg

USE CASES

• Concrete Demolition

• Concrete Breaking

• Asphalt Breaking

• Brick Wall Demolition

• Stone Removal

• Tile Removal

• Industrial Demolition

• Construction Sites

• Building Renovation

• Heavy-Duty Chiseling

FAQ

Q: Is this designed for drilling?

A: No, it is specifically designed for heavy-duty demolition and chiseling applications.

Q: What is the impact energy?

A: It delivers an impressive 25 Joules of impact energy.

Q: What type of tool holder does it use?

A: It uses an SDS Max tool holder.

Q: How many chisel positions are available?

A: The hammer offers 12 adjustable chisel positions.

Q: Does it have a lock-on switch?

A: Yes, it includes a lock-on trigger for comfortable continuous operation.