Fittings, Fixtures & Finishes

Taps, mixers and sanitaryware are the archetype of spend-where-it-matters, because they are used constantly, are connected into the plumbing, and are disproportionately annoying and disruptive to replace once everything is tiled and fitted. A tap is operated thousands of times a year; the part that determines whether it lasts a decade or drips within months is the cartridge inside it - a good ceramic-disc cartridge in a solid brass body will serve quietly for years, while a cheap cartridge in a thin alloy body starts to drip, stiffen and corrode quickly, especially in India's often hard water. So the money spent on a tap is really buying the cartridge, the body metal and serviceability - choose a common, well-supported type whose cartridge you can actually buy and replace later, not an exotic import nobody stocks.

Sanitaryware - the WC, cistern and basin - rewards the same thinking. The ceramic itself is usually fine across price points; what varies and what fails is the working mechanism: the flush valve and inlet in the cistern, the seals, and the fit of a wall-hung frame. A reliable flush mechanism from a well-supported brand, and a WC design whose spares you can get, is worth far more than a fashionable shape. For a wall-hung WC or basin, remember the concealed cistern and frame must be accessible for service - design the access in, because a concealed mechanism that cannot be reached is a future wall-demolition waiting to happen.

The hidden high-stakes fitting is the shower valve or concealed mixer, because it is buried in a tiled, waterproofed wall: if a cheap one fails, reaching it means breaking into that wall and its tanking - so here, even more than at the basin, quality and a serviceable, well-supported type earn their price many times over. Design in access where the system allows it, and never economise on the one tap you cannot get at.

The overarching judgement is where the fixture sits on the use-and-replace scale. High-use, hard-to-replace, plumbed-in items (taps, mixers, the WC mechanism, the shower valve) deserve quality and serviceability; low-use, easy-to-swap, decorative items (a basin's exact shape, a towel rail, handles) can be chosen on budget and looks because replacing them later is trivial. Buying a beautiful cheap tap and a plain reliable one is exactly backwards - you will live with the drip and throw away the beauty.

Tiles are the dominant finish in kitchens and bathrooms, and choosing them well is mostly about matching the tile to its job and location rather than to a mood board. The first and most safety-critical property is slip resistance: a floor tile in a wet zone must have an appropriate slip rating, because most household falls happen on wet bathroom floors and a glossy, beautiful tile that is lethal underfoot is simply the wrong product there - rating beats looks on any wet floor. Wall tiles, which are not walked on, can be glossier and more decorative. The second property is water behaviour: porcelain and fully-vitrified tiles absorb almost no water and suit wet areas and floors; many ceramic wall tiles are more porous and belong on walls, not wet floors; and natural stone, while handsome, is porous, needs sealing, and can stain and etch - a maintenance commitment people often do not realise they are signing up for.

Beyond the tile itself, the grout and the junctions decide how a tiled surface ages. Grout is the weak line - it is more porous than the tile, it discolours, and in wet areas it is where staining and minor water ingress show first; a good-quality grout (and, at movement junctions and internal corners, a flexible sealant rather than rigid grout) makes a tiled wet area far more durable and cleanable. Large-format tiles mean fewer grout lines to maintain, which is both a look and a maintenance advantage. And remember the point from Lesson 5.3: however good the tiling, it is a finish sitting on the waterproofing, not a substitute for it.

For worktop splashbacks and kitchen surfaces the same logic applies - the surface must resist water, heat, grease and acid, and clean easily. The honest rule across all of it is to choose the finish for the conditions of the spot it lives in - wet floor, splash wall, hot worktop, dry feature wall - so that each surface is specified for its real working life, not borrowed from a photograph of a drier, gentler room.

Worktops and cabinetry are the big, expensive, long-lived elements of a kitchen (and the vanity of a bathroom), and here durability in a wet, working environment is not a refinement but the whole point. A worktop takes the hardest daily life of any surface in the house - heat from pans, standing water, knife work, and acids from lemon, tamarind and cleaning products - so the material choice is first a performance decision. Granite remains the Indian workhorse because it is hard, heat-tolerant, locally available and forgiving; engineered quartz is handsome, consistent and low-maintenance but dislikes direct heat and is pricier; solid surface is seamless and repairable but softer; laminate is cheap and fine for light use but fails at water-exposed edges and cannot take heat; and marble, for all its beauty, stains and etches and is a poor choice for a working kitchen however good it looks in a photograph. Whatever the material, the detailing decides longevity: a well-sealed joint around the sink, a continuous splashback behind the hob and wet zone, and edges that shed water are what keep a worktop sound.

Cabinetry in kitchens and bathrooms lives in the most humid part of the house, so the carcass material matters more than the door you see. Ordinary MDF or particleboard swells and delaminates once water reaches it - around the sink, from a small leak, or simply from ambient humidity - so moisture-resistant board (or marine/BWR plywood, the traditional Indian choice for wet areas) is worth the premium for carcasses, and the cut edges and the area under the sink deserve particular sealing and attention. The hardware is the other durability decision: good hinges and drawer runners are operated constantly and are what make a kitchen feel solid for years, while they are also, usefully, serviceable and replaceable.

The spending logic ties it together. Put the budget into the carcass, the worktop, the hinges and runners - the structural, hard-worked, hard-to-replace guts - and economise, if you must, on the doors, handles and decorative finishes, which are cheaper and easier to change later. A kitchen with a cheap carcass and beautiful doors fails from the inside; one with a sound carcass and plain doors can be refaced in ten years and feel new.

Two quieter considerations separate a merely good specification from an excellent one: how the fittings use water, and how the whole room will be maintained. Water efficiency is increasingly important in Indian cities that face real water stress, and the renovation is the moment to build it in at no loss of comfort: aerated taps that mix air into the flow so less water feels like more, dual-flush cisterns that use a fraction of an old single flush, and efficient shower fittings. These choices cut water and the energy to heat it for the entire life of the room, and a well-chosen aerator or dual-flush costs nothing extra to prefer. It is the kind of small, compounding good decision a thoughtful renovation makes almost for free.

Maintenance is the consideration beginners forget and occupants curse. Every finish and fitting is something to clean and, eventually, to service or replace, so specify for the cleaning reality of a busy home: fewer grout lines, wipeable surfaces, accessible service points for concealed cisterns and shower valves, finishes that do not show every water spot (brushed rather than ultra-shiny metals hide limescale), and spares you can actually obtain. A room full of beautiful finishes that each demand special cleaning and whose parts cannot be sourced becomes a chore and then a problem. The best specification quietly minimises the future labour of living with the room.

Finally, all of this judgement is wasted unless you specify well enough to receive what you chose. On site, under cost pressure, the expensive tap becomes a look-alike, the BWR-ply carcass becomes ordinary board, the rated floor tile becomes a glossier one that was in stock. The defence is a clear, written specification - make, model, material, grade, slip rating, finish - recorded in the contract and quote (a point Module 8 develops), and a habit of checking the actual deliveries against it. Specifying well is the unglamorous skill that turns good choices into a good room: decide for the wet, working decade; spend where it is used hardest; and then write it down clearly enough that the building gets what you decided.