Whywoodworks voucher code

No one answers the phone, the mail replies, at best are aotomated. It's disgusting. Think I will also now contact trading standards - as KBG are also terrible at getting in touch with.

Ordered a toy ferrari through kgb deals in november. Ordered the item early December for a Christmas present. Their phone number doesn't even ring it goes through to a voicemail where I have left about 5 messages. I have also emailed about 5 times and no response. Finally had an email from KGB deals who said they will look into it for me.

All I want is my money back This corespondent's experience exactly mirrors my own. Not only do they fail to respond to emails, they delete them 'unread' I put a 'read receipt' on my last message. How are they allowed to get away with this?

Does anyone out there know how to contact one of the company directors direct? I received my purchase in time for Christmas but it was faulty and since then I have emailed them expressing my disappointment and I even having told them I had bought it for my special needs son, there has still been no resolve.

Really fed up and I just want my money back! WOW i cannot believe you have proof that they deleted your email! Guess what Surely they don't want to be associated with a company like this?! Latest contact 23rd January again requesting photos of damage as none steering wheel does not attach and… Read Full Review. This company should be shut down.

I have had no joy with the Gadgetologists even though I have emailed them and phoned them numerous times. If there is a generalization to be made about the design of educational facilities, it is that architects are called upon to achieve a wide range of objectives with limited budgets. In many cases, the project has been initiated to accommodate a growing student population.

The architect's job is to create an exceptional learning environment and, whether public funds are involved or the school wants to set an example for the community, there are often strict energy and other performance objectives. Across the country, many designers have turned to wood-frame construction because it typically costs less while meeting all code and safety requirements—and because it offers advantages such as speed of construction, design versatility, and a light carbon footprint.

It's affordable, strong, and durable. Likewise, wood has become a preferred choice for student housing projects, which are often viewed as an extension of the college or university—and are required to meet the same objectives for cost, quality, and performance. After completing the first building of a multi-phase student housing project for Illinois State University, OKW Architects in Chicago switched from a hybrid steel-wood system to an all-wood system for the second building, which was more economical.

Therefore, both square footage and efficiency are very important, which is why wood works so well. And, while cost was the initial reason Mahlum Architects chose wood for the University of Washington's West Campus Student Housing — Phase 1, it also contributed to an award-winning development that meets progressive environmental goals.

When specifying wood in schools, architects cite cost as the number one reason—and wood helps the bottom line in several ways. In addition to lower material costs, wood building systems typically cost less to install than other materials, while meeting all of the same safety and performance requirements. Whether comprised of traditional wood framing, panelized products, or prefabricated assemblies, wood construction is fast, expediting project completion.

Deliveries and frame assembly tend to move rapidly, and most communities have a large pool of skilled tradespeople with wood framing experience, which minimizes construction delays and keeps labor costs competitive. Rogers says both time and money were saved by using wood-frame construction. Also from a cost-saving perspective, wood's relative light weight reduces the need for foundation capacity and associated costs.

In terms of aesthetics, cost, and design flexibility, the use of wood in school construction offers significant value. In Arkansas, wood framing proved to be the most cost-effective structural system for the El Dorado High School. So our response was to look at other framing types. That's where we found considerable savings. Regardless of whether they're built in wood, steel, or concrete, schools must be safe.

Protection from fire, seismic, and wind events is a concern in schools across the country. Fire protection. While no building is completely fireproof, construction materials and systems can make a building fire safe.

Fire-resistive construction allows time to discover a fire, suppress it before it spreads, and evacuate if necessary. Ordinary wood-frame construction with plywood or oriented strand board OSB sheathing provides ample fire safety and easily meets requirements of the International Building Code IBC.

For larger wood-frame schools, protected construction, heavy timber construction, or fire-retardant-treated construction on exterior walls may be required. Per IBC Most schools fall into this category. In addition, local building code amendments typically require sprinkler systems and other fire control measures in school construction, regardless of size or material used.

Another advantage of wood, and particularly heavy timber, is its unique charring properties. When exposed to fire, surface char insulates the member so it can continue to support its load, increasing the amount of time before the member fails. Seismic performance. In some parts of the country, seismic safety is particularly important. In California, for example, one of the most highly regulated states in the U.

The fact that wood structures have numerous load paths also helps avoid collapse should some connections fail. Performance in high winds. All buildings are at risk during high wind events and each structure, with its own unique set of characteristics such as stiffness and strength, reacts differently to wind loads.

However, wood buildings can be effectively designed to resist high winds. When designing a wood-frame building to resist high winds and other lateral loads, design engineers use sheathing products such as wood structural panels, structural fiberboard, particleboard, and board sheathing to create diaphragms and shear walls that transfer the loads into the foundation.

When structural wood panels such as plywood and OSB are properly attached to lumber framing members, they form some of the most solid and stable roof, floor, and wall systems available. These materials are also used to form the diaphragms and shear walls necessary to resist high wind loads.

Alternatively, designers can use rigid-frame construction to transfer the lateral loads. Wood is able to resist higher stresses when the load is applied for a short time, a feature that enhances its performance in high wind events, which are typically of short duration. As part of the project, two relocated historic wood-frame buildings were also upgraded to meet shear and seismic requirements.

The use of prefabricated shear panels was the best solution in order to maintain the beautiful, large window openings and provide the required shear values. The buildings were gutted, and the interior framing was upgraded to achieve all these requirements.

The academic and social benefits of having students live on campus are widely recognized. Wood proved to be an affordable solution for Applewood Pointe, a high-end, ,square-foot senior housing project in Minnesota.

The unit, four-story structure was completed in just 11 months, during the winter season. For examples of savings on specific projects, read the case study. Innovative wood products have made wood a viable alternative to other materials in many applications where long spans and tall walls are required. Versatile — Wood can be used in many types of buildings , from single-story homes to condominiums, multi-story offices, schools, industrial facilities, recreational centers and arenas.

It is suitable not only as a finish material, bringing warmth and natural beauty to interior and exterior applications, but as a structural material, offering a cost-effective way to meet code requirements for safety and performance. New and Innovative Uses — Advances in wood science and building technology continue to expand the opportunities for wood construction.

Cross laminated timber CLT , parallel strand lumber PSL , glued laminated timber glulam and prefabricated paneling systems are among the products contributing to a wider range of wood buildings. With the exception of major members that are made to spec off-site, wood can be adapted in the field, allowing quick solutions if changes are required. Wood is also well suited to additions and retrofits, and wood systems can be dismantled with relative ease and the materials used elsewhere.

Ease of Construction — Building with wood, whether custom or prefabricated, is fast and efficient, and can be undertaken year-round in almost any climate. Eg click on '1 star' to just display the reviews we have which received a 1 star rating click or 'Within the last month' to display just reviews posted over the last month. Ordered some of The Naughty Seat giant reward charts and time out products, arrived within 2 days of ordering, fantastic quality and get a discount code to use on future orders, certainly worked great for my kids, would highly recommend… Read Full Review.

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