Ten Common Mistakes To Avoid When Selling Your Home

Selling your home isn’t something that you do every day-unless you’re a real estate agent. Over the years I’ve honed my skills in learning what works when it comes to selling your home, as well as what doesn’t.

Fortunately, other people have made these mistakes so that you don’t have to!

1. Ignoring an estate agent’s style tips

We all develop personal connections to our homes, but sometimes those connections mean that it’s hard to see our home through the eyes of a potential buyer. An experienced agent should know how to present your home in a way that will maximise your home’s selling potential.

2. Underestimating the importance of street appeal

First impressions matter, and potential buyers driving past or inspecting your home will take notice of your property’s exterior. In my experience, people buy in the first five seconds and justify throughout the inspection. Make a good impression from the outset and keep up to date with the mowing and weeding!

3 Under-investing in marketing

A targeted, wide-ranging marketing campaign designed to reach as much as possible of your buying audience is essential. Buyers fall into different groups and demographics, and a high quality marketing campaign will reach out effectively to all of these.

4. Not being switched on about going online

In our office, it’s where about 90% of our buyer enquiry comes from. The more you invest here the better. Only a small percentage of buyers look beyond the first page of property search results!

5. Being afraid to commit to a sale price

Committing to a sale price isn’t an easy task, but it’s one that should be a much easier decision when you consider that almost half of all potential buyers will pass over properties with no listed price. Why? It seems too hard, or worse, they fear it will be out of their range. Take the plunge and name a figure.

6. Holding out for a better price

Though it can be tempting to wait for a better offer, the property market doesn’t play by the rules of Who Dares Wins, so think twice before rejecting that initial offer. In my experience, often the first offer is the highest we’ll receive, and almost every record price we achieve comes from an offer made within the first thirty days.

7. Taking offers personally

A low offer on your property is not a reflection on you, or even on your home. Instead, they’re representative of a willingness to commit to opening negotiations. I always encourage vendors to see a low offer as a starting point rather than a final figure.

8. Opting for appointment-only viewings

Although there is the odd exception, for the most part opening your home for inspection is essential to ensure it’s seen by as many potential buyers as possible. We get around 10 times the buyer traffic if it’s open for inspection as opposed to by appointment viewings.

9. Cutting costs when choosing a real estate agent

If you think the best agent is expensive, try hiring the second best & see how much that costs you!

10. Failing to keep up with property maintenance

It’s almost always cheaper to do it yourself than to let the buyer use it as leverage for a price reduction.

I recently sold a home in Aspley where the building and pest report identified multiple maintenance issues at an estimated repair cost of $15k! As expected, the buyer tired for a $15k price reduction. I intervened & re-quoted with a local trusted trade and they seller got the job done for $3k. Fortunately, I managed to salvage the deal without a price reduction. However this could have been avoided or worse the deal could have fallen through.

So call that plumper you’ve been avoiding! For real estate Aspley, contact Justin Watt of Watt Realty today.

What are Aluminium Extrusions?

Extrusion is a process used to create objects of a fixed cross-sectional profile, of solid round, square or rectangular shapes, to L shapes and T shapes, tubes and many other different types. Metal is pushed through a die of the desired shape using either a mechanical or hydraulic press, resulting in the finished product. The cavity in which the raw material is pressed is lined with a wear resistant material which can withstand the pressure that is created when the material is pushed through, making extrusion possible without deforming or tearing the metal.

Aluminium extrusion is generally used in the manufacture of windows, doors and balustrades, but is also found in thousands of other items like vehicle parts, truck trays, boats and other marine products and refrigeration, etc to name a few.

Two advantages of this technique over other manufacturing processes are its ability to create very complex cross-sections, plus being able to work materials that are brittle, because the material only encounters compressive and shear stresses. It also forms finished parts with an excellent surface finish. Extrusions often minimise the need for secondary machining. They are not of the same dimensional accuracy or surface finish as machined parts, however, the process produces a wide variety of cross-sections that are hard to produce cost-effectively using other methods.

Extrusion may be continuous (producing indefinitely long material), or semi-continuous (producing many pieces). The minimum thickness of steel is about 3mm, whereas aluminum and magnesium is about 1mm. The extrusion process can be done with the material hot or cold.

Metals that are commonly extruded:

* Aluminium is the most commonly extruded material and can be hot or cold extruded
* Brass is used to extrude corrosion free rods, automobile parts, pipe fittings, engineering parts
* Copper pipe, wire, rods, bars, tubes, and welding electrodes
* Lead and tin pipes, wire, tubes, and cable sheathing
* Magnesium is used in aircraft parts and nuclear industry parts, and is about as extrudable as aluminum
* Zinc rods, bars, tubes, hardware components, fittings and handrails
* Steel rods and tracks -Usually plain carbon steel is extruded, but alloy steel and stainless steel can also be extruded
* Titanium is often used in aircraft components including seat tracks, engine rings, and other structural parts.

Clean Metals for Recycling

The cleaner that a metal is when it’s taken into a scrap metal yard to sell, the better price it will fetch per kilo, as foreign matter is costly to clean off, so this product will always be penalised accordingly in terms of the price. By this we mean no concrete, screws, glass, paper or any other foreign material attached.

All the metal we buy is processed by cleaning any non-metallic off it as required, cutting it into smaller pieces, and then it is put through a baling press to maximise the weights for export to South East Asia, where it will be melted down and manufactured into new products.

The Extrusion Process

The process begins by heating the material (for hot or warm extrusion). It is then loaded into the container for pressing. A dummy block is placed behind it where the ram then presses the material to push it out of the die. Afterward, the extrusion is stretched in order to straighten it. If higher quality properties are required then it may be heat treated or cold worked.

Cold extrusion is done at or near room temperature. Advantages of this over hot extrusion are the lack of oxidation, higher strength due to cold working, closer tolerances, good surface finish, and fast extrusion speeds if the material is subject to heat for a short period.

If you are looking for aluminium extrustion recyclers in Brisbane, make sure you visit Frog Metals.

Shrink Wrap Film – Retailers Love It

Manufacturers across the divide continue to produce quality products. We are all too familiar, with the attractive transparent packaging of toys, imported fruits, clothes, pens amongst other things. Unlike the previous times, customers can still have a glimpse into their prospective purchases, carefully examining them without necessarily compromising their state or quality (food).

It is as a result of these demands that the shrink film was developed. In the formative years; we were all accustomed to the brown paper bags which had our tree population on the decline. Subsequent move to the opaque store-name-christened polythene was a further disservice. Then came the perfect solution to all these problems, the shrink film.Initially, the shrink film was exclusively made from PVC (Polyvinylchloride).This is a plastic polymer (third most used plastic in the world) that had the capability of sealing products with a thin layer of plastic sheet. These sheets were often transparent to allow the customer have a view of the product.

The sheet would be wrapped over the product and passed over a heat tunnel or a heat gun. Normally, the length or circumference of the product would be measured, 10% of this value would be added then the sum is divided by two, this would give the size of PVC shrink wrapping to be used. PVC has the ability to shrink by 40% percent giving the packaging a tight grip of the product.

However, with time it was noticed that PVC could release small amounts of hydrogen chloride giving the products a characteristic smell in addition to poisoning. The sealers also would have small carbon deposits. The presence of a plasticizer in PVC had the drawback of hardening and shrinkage during cold weather and extreme stetching with subsequent temperature increases.

These drawbacks meant a suitable shrink film devoid of a plasticizer be developed. Polyolefin was found to have the packaging abilities of PVC but lacked the setbacks that faced the latter. It became a preferred choice of packaging. Offering a stronger seal and fewer odours. Its lack of plasticizer meant no physical changes to the shrink film. It would become the perfect storage solution; all weather .Lack of chlorine in its polymer meant no hydrogen chloride previously characteristic of PVC.

However, while its predecessor PVC enjoys machine compatibility and low cost purchases, polyolefin is the opposite, it remains relatively expensive and hard to use alongside machines.PVC on the other hand remains a suitable choice for manufacturers who don’t deal with edible products. Owing to its cheap price and machine compatibility it is a manufacturers darling.

It is of note that, both polymers are ideal for different packaging purposes. The choice of shrink film is determined by the product, budget and level of technology the producer in question has.

The undeniable fact is, packaging being the cornerstone of branding and advertising can be responsible for high sales volume or the reverse. Manufacturers and producers alike are today faced with the tough task of choosing the ideal packaging material. In the end the functionality of the shrink wrap can only be determined by the manufactures and producers.

The Wonders of Polystyrene

Polystyrene is one of the most popular plastics produced today. It is used in a variety of industries, for the production of materials as diverse as packaging for shipping to thermal insulation for homes. There are several types of polystyrene, each offering unique properties influenced by the process used to produce the plastic.

Extruded polystyrene foam (sometimes referred to by the Dow Chemical brand name, Styrofoam) is an amazing material for construction work or any insulation needs. The extrusion manufacturing process produces a “closed cell” type of plastic, a material with an exceptional degree of mechanical strength which also offers excellent water resistance and low thermal conductivity. Low thermal conductivity makes extruded polystyrene an ideal material for insulation in buildings and other applications. The closed cell structure offers high water resistance allows for usage even in wet or humid environments like might be encountered on roofs, walls or even in refrigerated environments where condensation is a leading concern.

Extruded polystyrene is lightweight, nontoxic and easy to work with. It can be cut and bonded with no hassle, giving construction workers the ease of use that lets them get the job done quickly and efficiently. Even very large sections are lightweight and easy to handle, while still managing to provide amazing mechanical strength, high compression strength and impressive thermal insulation properties. Polystyrene insulation is a favored building material, widely used worldwide in private and commercial applications.

Today polystyrene insulation can be found in almost any building. It is used as the structural core and insulation in walls, floors, roofs, refrigerated trucks, cold rooms, and a multitude of other applications. Its useful water resistant properties have even seen polystyrene used as an effective flotation device in the early days of its development, but its most successful applications have been found in building insulation. Buildings insulated with polystyrene can be much more effectively heated or cooled. The low thermal conductivity makes sure your building retains the heat when its cold but can also breath and release heat when its hot.

Architects and contractors have found ways to make polystyrene work for them outside the construction site. It is often used as a material for architectural models. Similarly, it has found applications in the hobbyist recreational model market. While marketed primarily as a building material, the range of possibilities for extruded polystyrene is only limited by your creativity. It has been used by great effective in unorthodox and exciting new ways by tinkerers and inventors the world over.

The production of extruded polystyrene materials is a careful process that has a history spanning back nearly two hundred years. It is a tale of mind boggling advances in chemistry, engineering and modern manufacturing. Today, modern polystyrene products are the result of decades of work by some of the most brilliant minds of the last two centuries. The combination of all this genius has produced an ideal high quality plastic material which provides enough mechanical strength and proper thermal conductivity properties to serve as one of the essential pieces of the modern contractors toolkit. Polystyrene is an invaluable tool which the world would look quite different without.

Laser Clinic Brisbane

IPL (Intense Pulsed Light) is a light based technology which treats several skin conditions in one treatment. It works in the deeper layers of the skin where traditional skincare cannot reach, thus achieving a far superior result.
Skin concerns such as pigmentation, freckling, sun damage, capillaries, redness, acne scarring and rosacea may be treated with photorejuvenation.

Pulses of light are applied to the skin via a handpiece which filters the wavelengths of light through a layer of ultrasound gel. The treatments remove most types of sun induced pigmentation like freckling, age spots and sun damage. By lessening the darker pigmentation IPL leaves the skin with a more even tone. Vascular skin concerns including capillaries, redness, acne scarring and rosacea are also targeted by the broad wavelengths of light. IPL works particularly well on red acne scarring that is left behind after undergoing acne treatments.

As most people will have several skin concerns, this treatment has become popular as it can address them all. The IPL photorejuvenation also stimulates the production of collagen which will plump and smooth the texture of the skin, improving fine lines, wrinkles and pitted scarring.

There is little or no downtime involved with photorejuvenation. Most people will experience some redness and heat in the area which subsides in several hours after treatment. The most common treatment areas are face, neck, décolletage/chest area and backs of hands.

Photorejuvenation treatments can be utilised as a once off treatment, however a course of treatments will promote the best results. A progressive result can be expected with a change usually noticed within a week after a session which is why IPL Photorejuvenation has gained such popularity among both men and women.

If you are looking for a Laser Clinic Brisbane that offers Acne Treatment Brisbane and IPL Brisbane then please see Image by Laser for a free consultation.