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Philips Domestic Appliances

When it comes to electronics Philips is one of the largest companies in the world. It is the most well-known and reputed manufacturer and distributor of Consumer Electrical Goods. It has multiple sectors like Philips Consumer Lifestyle (earlier Philips Consumer Electronics and Philips Domestic Appliances and Personal Care), Philips Lighting and Philips Healthcare (earlier Philips Medical Systems).

A glance into the history of the organisation

Philips started off as a family business in 1891, being founded by Gerard Philips and his father Frederik Philips. From an empty factory building the Philips family built up the Philips Incorporation, the large multinational company of future. While Frederik Philips and his elder son Gerard founded the company, the younger son of Frederick, Anton Philips made his entry as a sales representative. Together they expanded the company to what is seen today.

Philips Domestic Appliances is one of the major sectors of Philips with a wide variety of appliances. Overtime, Philips has grown to become a major player in the Domestic Appliance market by incorporating technological advancement with innovative design. Today Philips Domestic Appliances include a great range of Steam Irons, Mixers, Kettles, Blenders, Food Processors, , Toasters,  and more. Steam Irons are the notable range in the Philips Domestic Appliances group. These include a wide range of Iron ranging from the models like the Philips GC284 SteamGlide Iron which is a modest entry to the major powerhouses such as the Philips GC8420 Steam Generator. Another of the major innovations in the range from the Philips Domestic Appliances group is the Philips SteamGlide Soleplate. This highly effective Ceramic Soleplate ensure easy gliding across any fabrics for easy ironing.

f you have a good solid floor in your basement then 99 per cent of the time you will find that water will be entering your basement through the “wall/floor” junction fillet. This for many reasons is the weakest point in an existing basement. The easiest way of ensuring that you are getting the water at that point is to incorporate a perimeter channel around all the earth retaining basement walls. The channel can be installed in a variety of different ways but in a existing basement it is common to cut a chase around the perimeter of the basement at least 50mm deep and up to 100 mm wide and sit the channel on 20mm stone to level. This creates a “ring main” to capture water and easily guide it into the basement sump for removal. Be sure to consult with a waterproofing professional or structural engineer if you are cutting into the slab that you are not undermining the property. You can get more information about rugs online by browsing this webpage www.iconhomeware.com.au.

Installing the basement sump can then be achieved by either forming a concrete box when pouring the slab or cutting out an existing slab to fit the chamber. Standard chamber sizes are around 600 x 600 x 600 so try and make the hole bigger to get some lean mix concrete underneath to level the chamber and you may also need to put in coach bolts through the side of the chamber to anchor it in to prevent it lifting. If you in an extremely wet water situation with water pouring into your basement sump whilst your fitting it you may need to dig a smaller deeper chamber adjacent to dewater. It is always recommended to have a manual pump and flexible hose close in case you need to quickly remove water.

Where there is curing concrete there is also a risk of limescale coming out of the concrete when coming in touch with water so a lime scale inhibitor is recommended to put into the lean mix prior to concreting in the chamber.


Be sure to establish your internal finished floor level prior to concreting in the chamber as it is very difficult to change this once the concrete has cured. It is also recommended that you know what your floor finish is so you can choose the appropriate lid for your basement sump.

Be very careful not to perforate the sump chamber at low level! This could mean that your pumps are de watering under the slab constantly which in not only unnecessary but can also lesson the life of your basement sump pump system. So once the basement sump is in you will need to make connections from the perimeter channel to feed water in and 3 conduits to feed the electrics and allow for the water to be pumped up and away. In all basement sump situations it is important to recognise that the time you will need your basement sump to work the most could be in a power cut situation so it is advisable to have pumps and one protected by battery back up protection.