Enhance your home inspection tasks with this premium Sound Detection Hammer, designed for accuracy, durability, and ease of use. Featuring a comfortable sponge handle and a robust stainless steel body, this hammer offers shockproof and non-slip performance, making it ideal for detecting hollow spaces in walls, tiles, ceilings, and other structures. Its retractable design allows for convenient portability and space-saving storage, while the secure construction ensures stability during use. Key Features: · Comfortable Sponge Handle: Provides a soft, shock-absorbing grip for comfortable and fatigue-free use during extended inspections. · Durable Stainless Steel Body: Built with high-quality stainless steel for superior strength, corrosion resistance, and long-lasting durability. · Sound Detection Function: Specifically designed to test for hollow areas within walls, tiles, ceilings, and other building structures, helping you identify potential issues quickly and accurately. · Retractable and Expandable Design: Easily retracts to approximately 23cm (9.1 inches) for compact storage and expands up to 115cm (45.3 inches) for extended reach, offering versatile usage and portability. · Stable and Secure Construction: Each component is tightly connected to prevent shaking or loosening, ensuring reliable and precise operation. · Lightweight and Portable: Weighing only about 96.6g (3.4 oz), this tool is easy to carry and handle, perfect for both professional inspectors and DIY enthusiasts. Specifications: · Item Type: Sound Detection Hammer · Handle Material: Sponge · Body Material: Stainless Steel · Retractable Length: Approx. 23cm / 9.1in · Expansion Length: Approx. 115cm / 45.3in · Net Weight: Approx. 96.6g / 3.4oz · Ball Diameter: Approx. 19mm / 0.7in Package Includes: · 1 x Sound Detection Hammer This Sound Detection Hammer combines comfort, durability, and precision in one compact tool, making it an essential addition to your home inspection toolkit. Whether you are a professional or a homeowner, this hammer helps you efficiently detect hollow spaces to ensure structural integrity and safety.