Discover the perfect blend of timeless elegance and modern craftsmanship with our Premium Antique Brass Knurled Cylindrical Cabinet Knob. Meticulously crafted from solid brass and finished in a rich antique brass, this knob is designed to enhance any interior space, from contemporary kitchens to classic furniture pieces.
Each knob is precision-engineered on a state-of-the-art CNC lathe machine, ensuring impeccable quality and a flawless finish. The popular criss-cross knurling pattern not only provides a unique tactile experience but also adds a distinctive visual texture, making it a standout feature on any cabinet door or drawer. Its cylindrical form offers a comfortable grip and a sleek profile.
Ideal for discerning homeowners, interior designers, and architectural hardware specifiers, this 16mm diameter knob offers versatility and durability. It comes supplied with a standard 4mm threaded screw for easy and secure installation. For bespoke projects, custom sizes and a variety of finishes are available upon request, allowing you to achieve a truly personalized look. Explore our extensive collection of cabinet knobs and pull handles to find complementary pieces that suit your unique design vision.
Key Features
- Premium Solid Brass Construction for lasting durability
- Elegant Antique Brass Finish for a classic, sophisticated look
- Distinctive Criss-Cross Knurled Design for enhanced grip and aesthetic appeal
- Precision CNC Lathe Machined for superior quality and flawless finish
- Compact 16mm Diameter and 32mm Projection, ideal for various applications
- Supplied with Standard M4 (4mm) Threaded Screw for easy installation
- Perfect for Kitchen Cabinets, Bathroom Vanities, Drawers, and Furniture
- Custom Sizes and Finishes Available for bespoke projects
Technical Specifications
| Material | Solid Brass |
|---|---|
| Finish | Antique Brass |
| Knob Diameter | 16 mm |
| Projection | 32 mm |
| Screw Thread | M4 (4 mm) |
| Design | Cylindrical, Criss-Cross Knurled |
| Manufacturing Process | CNC Lathe Machined |






