Description

Arpa Round Knob 22mm

The Arpa Round Knob by Momo Handles delivers simplicity and poise in a compact, sculptural form. With a softly domed top and smooth cylindrical base, Arpa’s minimalist aesthetic works seamlessly across a wide range of interiors—from traditional cabinetry to modern flat-panel joinery. Its modest 22mm diameter makes it ideal for narrow drawer faces, small cabinet doors, and minimalist hardware schemes that favour elegance in restraint.

Offered in a refined palette of architectural finishes, the Arpa knob invites designers and renovators to coordinate seamlessly with tapware, appliances, or other complementary fittings across the home.

Available Finish Options

Brass (AB)
Brushed Black (BBL)
Dark Brass (BDB)
Dull Nickel (DBR)

Suitable Uses

Kitchen cabinets and drawers
Bathroom vanities
Wardrobes and linen cupboards
Hallway cabinets and occasional furniture

Perfect for These Interior Styles:

Contemporary Minimalism – the clean lines and compact profile enhance restraint and simplicity
Modern Classic – coordinates with transitional profiles and traditional cabinetry
Industrial Luxe – pair black or dark brass finishes with concrete or matte textures
Soft Modern – complements light-toned timber, neutral laminates, and brushed fixtures

Specifications

Item Code	Finish	Diameter	Projection
A0583.022.AB	Brass	22mm	25mm
A0583.022.BBL	Brushed Black	22mm	25mm
A0583.022.BDB	Dark Brass	22mm	25mm
A0583.022.DBR	Dull Nickel	22mm	25mm

Installation and Styling Tips

Ideal for small drawers or cabinetry where a subtle, unobtrusive handle is preferred
Install using a simple bolt-through fixing method for a secure and flush mount
Use in rows or grids for a uniform aesthetic, particularly in shaker or flat-profile cabinetry
Finish-match to taps, hinges, or light switches for a seamless designer look

Care Tips

To maintain finish longevity, clean with a soft damp cloth—avoid abrasive or chemical cleaners
Brass and dark finishes may develop patina over time; this is natural and can enhance character
To reduce surface wear, avoid heavy impact or over-tightening during installation