Apt Kitchen & Closet Installations Pty Ltd

The Tshwane Rehabilitation Hospital project was both similar to and different from the Leratong Hospital project. For starters, the Tshwane brief did not include the installation of fire doors. That particular discipline — the exacting measurement, the custom fabrication, the intumescent seals — was absent from this scope. Nonetheless, this project was, in overall scope, larger than Leratong . Beyond the customary Nurse's Station, there were several in-ward doctor and consultation rooms that had to be furnished, along with patient wardrobes and bathrooms. The Nurse's Station itself was awkwardly shaped — a configuration that did not lend itself easily to standard cabinetry. It resisted straight lines and predictable angles. But we managed to install it anyway, adapting the design to the space rather than forcing the space to conform to the design. As such, most of the modifications and adjustments had to be done on site. That, in its own quiet way, is the essence of installati...

An earlier blog explored in detail why your kitchen is rarely built in solid wood but, melamine. In this blog, we will examine the material mentioned in that earlier piece as the perfect replacement for solid wood in the cabinetry industry: melamine. We will explore the developments that preceded the emergence of this versatile resource and how, over the years, it has woven itself into our kitchens and other intimate spaces, to claim its place as the quiet workhorse of the modern home. It is a story worth telling — because the material that lines our cabinets, holds our plates, and frames our daily rituals is not a noble timber harvested from some ancient forest. It is, in large part, sawdust. Offcuts. Wood fibre that the timber industry would otherwise have discarded. And yet, engineered into melamine-faced board, it has become the single most important material in the built-in cabinet industry. How did this happen? How did a composite of wood particles and synthetic resin — faced wi...

There is a quiet assumption in most South African homes: a kitchen is one colour. The doors match the drawers. The island matches the perimeter. The pantry matches the scullery. It is safe, coherent, and, frankly, a little timid. But look at the most memorable kitchens you have ever seen — the ones that stopped you mid-scroll or made you linger at a friend's braai. They were probably not one colour. They were likely a composition. A soft white up top, a deep green below, an oak island in between, and a black accent here or there. That is not chaos. That is design with a point of view. And yet, in all my years as an accidental renovator — from Mario Lacueva's apartment fifteen years ago, to the corporate kitchens at Kapele Freight in Isando and Sunrise Logistics in Chloorkop, to the government wards at Leratong Hospital — I can count on one hand the clients who have actively pursued this point of view. In fact, in my professional design career, with the exclusion of Sis' ...

As the working week draws to a close and the weekend stretches out before us, there is something fitting about sitting back and considering the surfaces that surround us all week long. We touch them when we make coffee, open a drawer, prepare a meal, or sit through a boardroom presentation. They are the boards of our kitchens, our offices, our hospitals, and our schools. And most of us chose them, or inherited them, based on one question only: "Do I like how it looks?" That is not a bad question. It is a human one. But it is also an incomplete one. I have stood in a client's kitchen, looking at a beautiful high-gloss white cabinet door, and heard the owner say, "I loved it the day it was installed. Now, with two young children, I spend my life wiping fingerprints and buffing out scratches." And I have stood in a school office, looking at a plain, unremarkable woodgrain desktop, and realised it had outlasted a dozen more glamorous finishes because it was specifie...

Many a potential client has asked me, "Why don't we have kitchens and closets done in solid wood or timber?" Or something along those lines. It is a fair question, and it deserves a proper answer. This piece is my attempt to explain why that is, and to walk you through the finer, nitty-gritty of the wood, timber, and board industry—the science of why solid timber is rarely the right choice for built-in cabinetry, and the economics of where all that timber actually goes. --- 1. The Problem with Solid Timber: Movement, Moisture, and the Science of Wood Wood is alive. Even after it has been felled, milled, kiln-dried, and planed into planks, it continues to respond to its environment. It is hygroscopic—it absorbs and releases moisture from the air. When humidity rises, the cells in the wood swell. When humidity falls, they shrink. This movement is not uniform. A plank of solid timber expands and contracts at different rates along its length, width, and thickness, depending o...

"For his invisible qualities are clearly seen from the world's creation onward, because they are perceived by the things made." — Romans 1:20 On 4 July 2012, in a packed auditorium at CERN, the European Organization for Nuclear Research, near Geneva, two teams of physicists announced a discovery that made headlines around the world. After decades of searching, after billions of dollars spent constructing the largest machine ever built—the Large Hadron Collider, a 27-kilometre ring of superconducting magnets buried 100 metres beneath the Swiss-French border—they had finally found it. A new particle. The last missing piece of the Standard Model of particle physics. The Higgs boson. The moment the announcement was made, the auditorium erupted. Peter Higgs, the then 83-year-old physicist who had predicted the particle's existence nearly half a century earlier, was present in the room. He wiped away a tear. "It's really an incredible thing that it's happened ...