Bring jou gesin, tent en kamptoerusting.Kom geniet ‘n naweek van goeie musiek en sprekers wat weet hoe kwaliteit familietyd werk. Potjiekos & Pap = R30. Skaapbraaipakkies te, koop op terrein = R30 elk. Opbouende kindervermaak word aangebied

DIEN JOU GESIN MET GOD AS MIDDELPUNT.
ELKE HUIS HET SY KRUIS.
25-27 NOVEMBER 2011.
RAYTON OMGEWING.

7 SPREKERS 2 LOF- EN AANBIDDINGS- ORKESTE .
GRATIS TOEGANG DAGBESOEKERS WELKOM. GESINSKAMP

.

KAMPGERIEWE :
Mans en dames
mobiele toilette
Warm storte
Sentrale kragpunte
Gesamentlike braaiarea
Vars boorgatwater
Gratis hout

GPS : S 25 44? 59. 64?
E 28 35? 58. 52?

GESINSKAMP

NAWEEK PROGRAM

VRYDAG

19:00
Lof- en aanbiddingsorkes begin.
Tussen die liedjies gee die sprekers elkeen ‘n 10 minute voorsmakie van waaroor hul spreekbeurt die volgende dag sal wees.
19:00
Erich Posthumus (Norman) vermaak die kinders
20:30
Jan de Wet bespreek familie kwessies.

SATERDAG

06:00 – 06:30
Francois Botha verskaf rustige worship musiek met klavier en sang. Wat ‘n lekker manier om jou dag saam met ons Vader te begin!
GENIET ‘N RUSTIGE OGGEND

09:00
Erich Posthumus (Norman) vermaak die kinders.

09:00 – 11:30
Skakel in by 1 van 3 gesprek areas saam met Harro Rust / Vicky-Anne Serfontein / Chris Serfontein.

13:00
Oom Karoolus en Lente vermaak die kinders.

GENIET ‘N RUSTIGE MIDDAG – BRAAI, ENS.

14:00 – 16:00
Skakel in by 1 van 3 gesprek areas saam met Cecelia de Wet / Jandre Swanepoel / Laugh Your Way To A Better Marriage dvd.

19:00
Steyn & Ghapi + orkes met UNLIMITED en musiek van die LOOF HOM INNIBOS-konsert.

19:00
Erich Posthumus (Norman) vermaak die kinders.

SONDAG

Staan rustig op en indien jy wil, neem jou gesin na die verhoog waar jul gesalf kan word. Dit is nie verpligtend nie.

STEYN : 083 558 4947
www.familiesunlimited.co.za       WEB DESIGN www.adssa.co.za 

GESINSKAMP RAYTON

Our dream for South Africa is of an open opportunity society in which every person is free, secure and equal, where everyone has the opportunity to improve the quality of his life and pursue her dreams, and in which every language and culture has equal respect and recognition.

This is the dream we will deliver – the South African dream of one nation, with one future, living together under the constitution in peace, security and prosperity, with opportunity and recognition for all the rainbow people.

The three components of the Open Opportunity Society for All

The term “Open Opportunity Society for All” brings together three key concepts:–

1. Individual freedom under the rule of law – an open society;
2. Opportunity with responsibility – an opportunity society; and
3. Full equality for all.

In doing so, it creates a fourth concept that underpins our vision of the proper relationship between individuals, the state and society in South Africa today. Our vision is grounded in the idea that every human being has a right to dignity. Human dignity is the foundational concept that informs our values and vision.

The open society

The two key ideas that unite all the elements of an open society are the related ideas of individual freedom and the limitation of state power. They are related because an extension of state power necessitates a limitation of individual freedom and vice versa.

In protecting and promoting an open society in South Africa, the Democratic Alliance must identify and oppose attempts to limit the space for individual freedom and actively promote the extension of such space.

The opportunity society

In an opportunity society, your path in life is not determined by the circumstances of your birth, including both your material and “demographic” circumstances, but rather by your talents and by your efforts. That is why, in an opportunity society, a child born in poverty should nevertheless be able to become a brain surgeon, provided he or she has the talent and puts in the effort required to succeed.

Both civil society and the state have a role to play in creating opportunity for citizens, while individuals have a responsibility to make use of the opportunities on offer.

The society with a place for all its people

The final concept is the idea that South Africa is “for all”, or as Nelson Mandela famously said, “belongs to all who live in it, both black and white.”

There is a long history of racial and ethnic division in South Africa; of racist discrimination; of racial suspicion and competition.

In order to transcend this past, and usher in an era in which people are judged by their character, their effort and their contribution – and not by their race – we believe that attitude and policy should be based on the following: 

• An absolute rejection of discrimination on grounds of race and other characteristics of birth.
• A clear acknowledgement that there is a long history of racial discrimination and oppression in South Africa, that it was wrong and that positive action is now required to make it right. That positive action must be targeted at individuals who still suffer the effects of discrimination, not at groups. It must provide opportunity to the disadvantaged without shutting off opportunity to the advantaged.
• A clear acknowledgement that all South Africans are legitimate and enjoy full moral equality – that is what it means to say South Africa “belongs” to all who live in it.
• The active protection and promotion of the language and culture of all South Africans.

The proper relationship between the state and the individual in an Open Opportunity Society for All

In acting to extend opportunity to all, the state must ensure that it does not compromise the freedom of the individual. To do so would be to shut down the open society. On the other hand, to neglect those without the wherewithal to direct their own lives in the name of freedom is to shut down the opportunity society.

Therefore, in an opportunity society that also values individual freedom, the state’s role must be to facilitate, not direct the activity of citizens. If it provides services, it must seek to expand choice, not determine choices; it must not simply “deliver” to a passive citizenry, which takes what it is lucky enough to get, but must allow the citizenry to determine which opportunities it requires; it must encourage independence, not dependence.

In other words, the free, independent, active individual is at the heart of the opportunity society, both in determining the opportunities required and in taking advantage of them.

Conclusion

The DA’s vision for South Africa is achievable. Our cause is to promote it and, through winning support for it, to put it into action.

Where we govern, such as in the City of Cape Town and other municipalities throughout the country, we are already putting it into practice. We have created more economic opportunities, accelerated service delivery and cut crime. We are helping to improve people’s lives

We believe our vision is compelling, harnessing all that is best in human kind, grounded in a rightly optimistic view of our capacity to live well together, and to succeed.

As one nation, with one future.

PLEDGE CANIDATE WARD 96 – WYK 96  (Click to View)

What is uranium? How does it work?

Uranium is a very heavy metal which can be used as an abundant source of concentrated energy.
Uranium occurs in most rocks in concentrations of 2 to 4 parts per million and is as common in the Earth’s crust as tin, tungsten and molybdenum. Uranium occurs in seawater, and can be recovered from the oceans.
Uranium was discovered in 1789 by Martin Klaproth, a German chemist, in the mineral called pitchblende. It was named after the planet Uranus, which had been discovered eight years earlier.
Uranium was apparently formed in supernova about 6.6 billion years ago. While it is not common in the solar system, today its slow radioactive decay provides the main source of heat inside the Earth, causing convection and continental drift.
The high density of uranium means that it also finds uses in the keels of yachts and as counterweights for aircraft control surfaces, as well as for radiation shielding.
Uranium has a melting point is 1132°C. The chemical symbol for uranium is U.
The Uranium Atom
On a scale arranged according to the increasing mass of their nuclei, uranium is the heaviest of all the naturally-occurring elements (Hydrogen is the lightest). Uranium is 18.7 times as dense as water.

Like other elements, uranium occurs in several slightly differing forms known as ‘isotopes’. These isotopes differ from each other in the number of uncharged particles (neutrons) in the nucleus. Natural uranium as found in the Earth’s crust is a mixture largely of two isotopes: uranium-238 (U-238), accounting for 99.3% and uranium-235 (U-235) about 0.7%.

The isotope U-235 is important because under certain conditions it can readily be split, yielding a lot of energy. It is therefore said to be ‘fissile’ and we use the expression ‘nuclear fission’.

Meanwhile, like all radioactive isotopes, they decay. U-238 decays very slowly, its half-life being about the same as the age of the Earth (4500 million years). This means that it is barely radioactive, less so than many other isotopes in rocks and sand. Nevertheless it generates 0.1 watts/tonne as decay heat and this is enough to warm the Earth’s core. U-235 decays slightly faster.

Energy from the uranium atom
The nucleus of the U-235 atom comprises 92 protons and 143 neutrons (92 + 143 = 235). When the nucleus of a U-235 atom captures a moving neutron it splits in two (fissions) and releases some energy in the form of heat, also two or three additional neutrons are thrown off. If enough of these expelled neutrons cause the nuclei of other U-235 atoms to split, releasing further neutrons, a fission ‘chain reaction’ can be achieved. When this happens over and over again, many millions of times, a very large amount of heat is produced from a relatively small amount of uranium.

It is this process, in effect “burning” uranium, which occurs in a nuclear reactor. The heat is used to make steam to produce electricity.

Nuclear power stations and fossil-fuelled power stations of similar capacity have many features in common. Both require heat to produce steam to drive turbines and generators. In a nuclear power station, however, the fissioning of uranium atoms replaces the burning of coal or gas.
Inside the reactor
In a nuclear reactor the uranium fuel is assembled in such a way that a controlled fission chain reaction can be achieved. The heat created by splitting the U-235 atoms is then used to make steam which spins a turbine to drive a generator, producing electricity.

The chain reaction that takes place in the core of a nuclear reactor is controlled by rods which absorb neutrons and which can be inserted or withdrawn to set the reactor at the required power level.

The fuel elements are surrounded by a substance called a moderator to slow the speed of the emitted neutrons and thus enable the chain reaction to continue. Water, graphite and heavy water are used as moderators in different types of reactors.

Because of the kind of fuel used (ie the concentration of U-235, see below), if there is a major uncorrected malfunction in a reactor the fuel may overheat and melt, but it cannot explode like a bomb.

A typical 1000 megawatt (MWe) reactor can provide enough electricity for a modern city of up to one million people.

Uranium and Plutonium
Whereas the U-235 nucleus is ‘fissile’, that of U-238 is said to be ‘fertile’. This means that it can capture one of the neutrons which are flying about in the core of the reactor and become (indirectly) plutonium-239, which is fissile. Pu-239 is very much like U-235, in that it fissions when hit by a neutron and this also yields a lot of energy.

Because there is so much U-238 in a reactor core (most of the fuel), these reactions occur frequently, and in fact about one third of the fuel’s energy yield comes from “burning” Pu-239.

But sometimes a Pu-239 atom simply captures a neutron without splitting, and it becomes Pu-240. Because the Pu-239 is either progressively “burned” or becomes Pu-240, the longer the fuel stays in the reactor the more Pu-240 is in it. (The significance of this is that when the spent fuel is removed after about three years, the plutonium in it is not suitable for making weapons but can be recycled as fuel.)

From uranium ore to reactor fuel

Uranium ore can be mined by underground or open-cut methods, depending on its depth. After mining, the ore is crushed and ground up. Then it is treated with acid to dissolve the uranium, which is recovered from solution.

Uranium may also be mined by in situ leaching (ISL), where it is dissolved from a porous underground ore body in situ and pumped to the surface.

The end product of the mining and milling stages, or of ISL, is uranium oxide concentrate (U3O8). This is the form in which uranium is sold.

Before it can be used in a reactor for electricity generation, however, it must undergo a series of processes to produce a useable fuel.

For most of the world’s reactors, the next step in making the fuel is to convert the uranium oxide into a gas, uranium hexafluoride (UF6), which enables it to be enriched. Enrichment increases the proportion of the uranium-235 isotope from its natural level of 0.7% to 4 – 5%. This enables greater technical efficiency in reactor design and operation, particularly in larger reactors, and allows the use of ordinary water as a moderator.

After enrichment, the UF6 gas is converted to uranium dioxide (UO2) which is formed into fuel pellets. These fuel pellets are placed inside thin metal tubes which are assembled in bundles to become the fuel elements or assemblies for the core of the reactor.

For reactors which use natural uranium as their fuel (and hence which require graphite or heavy water as a moderator) the U3O8 concentrate simply needs to be refined and converted directly to uranium dioxide.

When the uranium fuel has been in the reactor for about three years, the used fuel is removed, stored, and then either reprocessed or disposed of underground (see Nuclear Fuel Cycle or Radioactive Waste Management in this series).

Who uses nuclear power?
Over 14% of the world’s electricity is generated from uranium in nuclear reactors. This amounts to over 2500 billion kWh each year, as much as from all sources of electricity worldwide in 1960.

It comes from some 440 nuclear reactors with a total output capacity of about 377 000 megawatts (MWe) operating in 30 countries. Over 60 more reactors are under construction and another 150 are planned.

Belgium, Bulgaria, Czech Republic, Finland, France, Hungary, Japan, South Korea, Slovakia, Slovenia, Sweden, Switzerland and Ukraine all get 30% or more of their electricity from nuclear reactors. The USA has over 100 reactors operating, supplying 20% of its electricity. France gets three quarters of its electricity from uranium.

See also Table of the World’s Nuclear Power Reactors

Who has and who mines uranium?
Uranium is widespread in many rocks, and even in seawater. However, like other metals, it is seldom sufficiently concentrated to be economically recoverable. Where it is, we speak of an orebody. In defining what is ore, assumptions are made about the cost of mining and the market price of the metal. Uranium reserves are therefore calculated as tonnes recoverable up to a certain cost.

Australia’s reasonably assured resources and inferred resources of uranium are 1,673,000 tonnes of uranium recoverable at up to US$130/kg U (well under the market ‘spot’ price), Kazakhstan’s are 651,000 tonnes of uranium and Canada’s are 485,000 tU. Australia’s resources in this category are almost one third of the world’s total, Kazakhstan’s are 12%, Canada’s 9%.

Several countries have significant uranium resources. Apart from the top three, they are in order: Russia, South Africa, Namibia, Brazil, Niger, USA, China, Jordan, Uzbekistan, Ukraine and India. Other countries have smaller deposits which could be mined if needed.

Kazakhstan is the world’s top uranium producer, followed by Canada and then Australia as the main suppliers of uranium to world markets – now over 50,000 tU per year.

Uranium is sold only to countries which are signatories of the Nuclear Non-Proliferation Treaty (NPT), and which allow international inspection to verify that it is used only for peaceful purposes.

Other uses of nuclear energy
Many people, when talking about nuclear energy, have only nuclear reactors (or perhaps nuclear weapons) in mind. Few people realise the extent to which the use of radioisotopes has changed our lives over the last few decades.

Using relatively small special-purpose nuclear reactors it has become possible to make a wide range of radioactive materials (radioisotopes) at low cost. For this reason the use of artificially-produced radioisotopes has become widespread since the early 1950s, and there are now some 270 “research” reactors in 59 countries producing them. These are essentially neutron factories rather than sources of heat.

Radioisotopes
In our daily life we need food, water and good health. Today, radioactive isotopes play an important part in the technologies that provide us with all three. They are produced by bombarding small amounts of particular elements with neutrons.

In medicine, radioisotopes are widely used for diagnosis and research. Radioactive chemical tracers emit gamma radiation which provides diagnostic information about a person’s anatomy and the functioning of specific organs. Radiotherapy also employs radioisotopes in the treatment of some illnesses, such as cancer. More powerful gamma sources are used to sterilise syringes, bandages and other medical equipment. About one person in two in the western world is likely to experience the benefits of nuclear medicine in their lifetime, and gamma sterilisation of equipment is almost universal.

In the preservation of food, radioisotopes are used to inhibit the sprouting of root crops after harvesting, to kill parasites and pests, and to control the ripening of stored fruit and vegetables. Irradiated foodstuffs are accepted by world and national health authorities for human consumption in an increasing number of countries. They include potatoes, onions, dried and fresh fruits, grain and grain products, poultry and some fish. Some prepacked foods can also be irradiated.

In the growing of crops and breeding livestock, radioisotopes also play an important role. They are used to produce high yielding, disease-resistant and weather-resistant varieties of crops, to study how fertilisers and insecticides work, and to improve the productivity and health of domestic animals.

Industrially, and in mining, they are used to examine welds, to detect leaks, to study the rate of wear of metals, and for on-stream analysis of a wide range of minerals and fuels.

There are many other uses. A radioisotope derived from the plutonium formed in nuclear reactors is used in most household smoke detectors.

Radioisotopes are used to detect and analyse pollutants in the environment, and to study the movement of surface water in streams and also of groundwater.

Other reactors
There are also other uses for reactors. Over 200 small nuclear reactors power some 150 ships, mostly submarines, but ranging from icebreakers to aircraft carriers. These can stay at sea for long periods without having to make refuelling stops. In the Russian Arctic where operating conditions are beyond the capability of conventional icebreakers, very powerful nuclear-powered vessels operate almost year-round, where previously only two months could be used each year.

The heat produced by nuclear reactors can also be used directly rather than for generating electricity. In Sweden and Russia, for example, it is used to heat buildings and to provide heat for a variety of industrial processes such as water desalination. Nuclear desalination is likely to be a major growth area in the next decade.

High-temperature heat from nuclear reactors is likely to be employed in some industrial processes in future, especially for making hydrogen.

Military weapons
Both uranium and plutonium were used to make bombs before they became important for making electricity and radioisotopes. The type of uranium and plutonium for bombs is different from that in a nuclear power plant. Bomb-grade uranium is highly-enriched (>90% U-235, instead of about 3.5%); bomb-grade plutonium is fairly pure (>90%) Pu-239 and is made in special reactors.

Since the 1990s, due to disarmament, a lot of military uranium has become available for electricity production. The military uranium is diluted about 25:1 with depleted uranium (mostly U-238) from the enrichment process before being used in power generation.

To investigate:

How did uranium and plutonium get their names?
What other element associated with them was named similarly? (It is actually between uranium and plutonium!).
When was the first nuclear reactor run?
When was the first electricity made by commercial nuclear power plants?
Which were the first three countries to have nuclear electricity?
Which country has all its (18) nuclear reactors running on natural (unenriched) uranium?
What materials are used for control rods in a reactor core?
Which countries are most actively expanding their nuclear generating capacity?
Updated in February 2011

Latest before and after images of the JAPAN TSUNAME (click here)

SEDGEFIELD HOLIDAY WESTERN CAPE

Set in beautiful grounds on the shores of the Swartviei Lake in Sedgefield, this resort offers fishing, bird watching, boating and other water sports all on your doorstep.Nestled at the foothills of the great Outeniqua Mountains and on the shores of the Swartvlei Lake, Baywater Village provides the ultimate in relaxation.Serviced, self-catering sedgefield chalets , tastefully furnished and equipped with all the modern conveniences.On the shores of Swartvlei Lake in Sedgefield and set in beautiful grounds with prolific birdlife in the indigenous shrubs, this resort offers visitors tastefully furnished and well-equipped self-catering units. You’ll be able to enjoy plenty of activities such as fishing, birding, boating and other watersports on your doorstep, and there’s a swimming pool, games room, tennis courts, trampoline and mini-golf.
Sedgefield Accommodation

Services and Facilities

Aircon. /fan (Fan)
Braai facility (Barbeque) (Undercover)
Cleaning Services (Except on Sunday)
Detergents
Linen
Microwave
Parking
Satelite TV (9 DSTV Channels)
Shower
Television ( SABC 1,2,3 & E-tv)
Towels

Fishing
Key, Breakage (R350)
Parking
Sail/Boating
Swimming pool
Tennis Court
Water skiing

Facilities at the resort include byciles (for hire) canoes / paddle-boats, cocktail bar, games room, kiosk craft work, laundry (Coins) parking, putt-putt, playground, pool / snooker, swimming pool, tennis court, pay phone, volleyball / basket ball and water sports.

Short drive to beach, fishing, horse riding, bowling club, medical facilities, shops and restaurants.

SEDGEFIELD DECEMBER HOLIDAY

Rates

Option 1
CHALET: One bedroom and bathroom sleeps 2 adults and 2 children. Open plan lounge, dining area and well equipped kitchen. Ideal for couple with 2 young children to enjoy a midweek break away from the office or that special Honeymoon getaway!

Period – 17/12/2010 to 24/12/2010

Number of nights – 7

Sleep Maximum – 4

Rate – R10 000.00 (7 Nights)

Option 2

CHALET: Two bedrooms and bathroom sleeps 4 adults and 2 children. Open plan lounge, dining area and well equipped kitchen. Ideal for couple with 2 young children to enjoy a december holiday near Sedgefield.

Period – 10/12/2010 to 17/12/2010

Sleep Maximum – 6

Rate – R15 000.00 (7 Nights)

Contact Us

Name : Ben Fouche

Cell : 082 555 8122

E-mail : ben@brn.co.za

SEDGEFIELD ACCOMODATION

Plumbing is probably one of the most financial viable career options a person can choose. Doing plumbing is a business that one can easily run and manage from home. Incorporating Building Construction together with plumbing in a business will give you the edge to your competition.

A plumbing business operating twenty four hours a day will get a lot more business as plumbing tends to give problems in the evening. Plumbing such as a blocked toilet needs attention as soon as possible. Building Construction workers can be trained to help in emergencies.

Plumbing workers needs a vehicle such as a pick up in order to have all possible plumbing tools and plumbing equipment ready for all sorts of emergencies. In the event that one needs to break walls or dug through floors the building construction worker can come in handy.

Plumbing is not only the repairing of existing systems, but plumbing is also the installing of new systems at building construction sites. Most of the times it is important that the plumbing system needs to be installed within a budget and therefore practical planning is needed.

A variety of plumbing pipes and gadgets are available in order to do your plumbing in such a way to compliment the architecture of your building. Building Construction workers will be able to advice clients on the different styles and colors of plumbing equipment available.

As part of plumbing the connection to the heating system is a big consideration. Electricity is becoming a scarce commodity and therefore Gas can also be implemented. Part of the Building construction should be to consider plumbing with electricity or plumbing with Gas.

When doing plumbing with gas you will need a qualified plumbing worker to install your heating system. Plumbing connected with Gas heating systems has an advantage of giving the user immediate and cost saving heat. The building construction should indicate this.

Plumbing is not something you should attempt if you are not hundred percent sure of what you are doing. Plumbing can become extremely costly if the job needs to be redone by a professional. A building construction worker will then also have to be hired to assist the plumbing worker.

Contact Details
SYBRAND POTGIETER
CELL: 071 679 7344

Yorkshire Terrier

Yorkies , or the Yorkshire terrier is a very small dog breed. This Terrier specie originated in historical area of Yorkshire in England as early as the 1800′s. Yorkies were bred for their small size and other features.

Yorkies ( Yorkshire terriers) descended from the Scottish breeds such as the now extinct Paisley Terrier and the Skye Terrier. In its turn, other breeds have been created from the Yorkshire terrier, such as the Australian Silky Terrier and the Biewer Terrier.

For adult Yorkshire terriers, the importance is placed on the colour of its coat, the quality and texture of its coat. The hair must be glossy, straight and silky. Normally the coat is long and grown out and is parted down the middle of the back.

Yorkshire Terriers (Yorkies) have very soft coats. Yorkies have two types of coats. Silky or soft coats. The silky coats are the coats of the show dogs. The soft coat breeds have short coats and do not need to be brushed very as often.

It is important that from the back of the neck to the base of the tail, the coat should be a dark gray to a steel- or grey-blue, and the hair on the tail should be a darker blue. On the head, high chest, and legs, the hair should be a rich tan. Also, in adult dogs, there should be no dark hairs intermingled with any of the tan coloured fur.

Newborn Yorkshire Terriers (Yorkies) are born black with tan points above the eyes, around the legs and feet and toes, the inside of the ears, and the underside of the tail. Occasionally Yorkies are born with a white patch on the chest or on the toes. White patches fade with age, and are usually gone within a few months. Wite markings on the chest is generally an indication that the puppy will be a good coat grower.

The final colour of the coat is sometimes anly reach up to three years.

Yorkie coats normally require daily brushing and a bath at least once amonth. The fur may be trimmed short for easier care but it is believed that trimming may affect the colour over a long period. The coat is always left long for shows. The coat may be trimmed to floor length to enhance movement and and appearance.

The long coats of Yorkies (Yorkshire Terriers)  take a lot of time and energy. Some owners wrap the coat in paper like rice paper, tissue paper, or plastic, after a light oiling with a coat oil. Yorkies need a lot of attention and prospective owners should study the behavior and caretaking before they take the step.

Some of the above text was taken from From Wikipedia, the free encyclopedia.

Website : LIKAMAY YORKIES

Contact:
Santie Viljoen
Mobile: 082 569 3427
KUSA Reg no: 181060
Mpumalanga, South Africa

 A company that specializes in hospital equipment can be found at Medfurn who also does hospital equipment manufacturing.  Beds, trolley, rails etc are some of the hospital equipment that can be made up according to client’s specifications.  Hospital equipment can be made up in a clients own color scheme.    

 Health care equipment and medical technology systems are all part of the Hospital equipment catalogue.  You will have the advantage at Medfurn to order hospital equipment according to your specifications as Medfurn is a Hospital equipment manufacturing company.

 You will find Medfurn rendering excellent service as they are not only direct manufactures of Hospital equipment but also handling their own distribution of orders.  Lines that accompanies their hospital equipment are all part of the hospital equipment manufacturing lines. 

 Customers hospital equipment needs must be met as far as possible at the best possible hospital equipment prices for this is what Medfurn would like to stand for.  The highest quality hospital equipment is being produced as the hospital equipment manufacturing lines are geared for that.   

 Hospital equipment that will lead to continuous service to their clients is part of how Medfurn would like to deliver service.  Hospitals, clinics, old age care centers, rehab centers etc order hospital equipment.  The whole of the Sub Saharan African countries import hospital equipment.   

 Medfurn uses only the highest quality hospital equipment material when hospital equipment manufacturing is done.  There are very strict quality norms for hospital equipment materials.  One should always keep the sensitive and important nature of the hospital equipment in mind.

 There is no space for errors in the hospital equipment manufacturing business.  Serious damages and even law suits can lead from faulty hospital equipment.  Great care is therefore taken by hospital equipment manufacturing companies to test each and every product. 

 Choose hospital equipment from a reputable hospital equipment manufacturing company that will give you complete peace of mind.  Double checking that the stamp on your medical equipment and hospital equipment says Medfurn will ensure the safety of your loved ones.

Contact our Head Office

Tel: +27(0) 12 372 0682/6
Fax: +27(0) 12 372 0680
Cell: +27(0) 82 551 1872

Click for     HOSPITAL EQUIPMENT

In order to act on someone else’s behalf in a legal or business matter you will need a power attorney to draw up a power of attorney.

 The power of attorney drawn up by a power attorney will authorize the other party to make decisions on your behalf. A power attorney can in other words draw up mandates. A power attorney can be used to compile a power of attorney or a power attorney can be used to dispute an oral power of attorney.

 A power attorney is aware of the fact that both written and oral power of attorney, whether witnessed or not, will hold up in a court of law. Most institutions however, possibly because of fraud, require a power of attorney done by a power attorney and in writing. A power attorney as well as the institution will keep a record of these documents.

An electronic power of attorney, compiled by a power attorney is considered valid in some cases. A power attorney can be used to draw up directives to empower someone to make health care decisions for a grantor. Terminating care and “pulling the plug” on machines can be added by a power attorney. Health care decisions such as power of consent for treatment or services can be added by the power attorney. A power attorney when compiling testaments for clients can nominate persons to make health care decisions. Some states will require the power attorney to draw up a separate document for the health care agent.

A power attorney needs a thorough knowledge of the law. A power attorney can draft a power of attorney that will enable a patient to dictate preferences for care. A power attorney will draft these before the patient becomes incapacitated by recurring mental illness. A power attorney should understand the law regarding such directives.

It is best for a power attorney to formulate a power of attorney, especially in financial situations very clearly. A power attorney should describe in detail the task that the broker can perform. A specific trade task that needs to be performed should be outlined by the power attorney. If a power attorney is being paid for a set task, it is best that the power attorney have a separate contract containing the details of payment.

Power of attorney is intended to be shown to various other people and therefore the power attorney would want the financial agreement kept private.

POWER OF ATTORNEY

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Africa Attorneys Pretoria Souh Africa

When more than one party would like to obtain and expensive object but cannot afford it, fractional ownership is used.  A share of an expensive asset is what fractional ownership is basically about.  By using fractional ownership, more than one person will together buy an expensive object.   

A company on behalf of the share holders usually handles the managing of fractional ownership.  A part of the repairs and upkeep will be the responsibility of each of the share holders of the fractional ownership.  Privileges that you will not otherwise be able to afford can be enjoyed by fractional ownership.

By selling shares in a jet company, Richard Santulli originally started fractional ownership.  When a person would like to fly when he desires, having fractional ownership in a jet company will enable him.  When desiring more access to the jets a bigger fractional ownership can be obtained.

The managing company takes responsibility for airhostesses, maintenance etc in a jet company with fractional ownership.  Have the privileges without the responsibilities by owning fractional shares.  Individuals can have a whole new world open up for them with fractional ownership.

Many individuals, especially in current tough times throughout the world, can find the answer in fractional ownership.  Cost can greatly be reduced in companies with fractional ownership.  Have that little extra and make ends meet with fractional ownership.

Creating a company with shares can be sold as fractional ownership or fractional ownership can be done where a property is divided into shares or stated as such on a title deed.  Fractional ownership can have multiple investors, knowing one another or not. 

Entitling you with usage rights in the form of weeks or hours you can be a shareholder in a fractional ownership scheme.  Timeshare is not the same as fractional ownership.  The fundamental difference is that the purchaser in fractional ownership does not own time but is part of the title deed.

High-end sports cars, yachts or Spanish villas can be yours by having fractional ownership.  Luxury items without the cost can open doors for you with fractional ownership.  The exuberating upkeep of art and other investment articles can be shared with fractional ownership.

FRACTIONAL OWNERSHIP

ATTORNEYS PRETORIA

PROPERTY ATTORNEYS