Tag Archives | custom-designed shade solution

The Benefits of Shade Sails

Shade Structures enjoy UV resistant safety from the sun and heat without compromising eye appealing style. Shade Sail Structures combine modern architectural engineering with durable tensile strength material. The fabric canopy shade structures provide a safe and effective alternative to traditional wood, steel and metal framed modular structures.

Our custom awnings and shade sail structures are built out of customized fabric canopy that is perfect for playgrounds, outdoor recreational areas such as lakes and parks, especially during the extremely hot summer months when modular facilities heat up and become dangerous for our children to play.

Our awnings and outdoor shade sail structures block 95% of damage causing UV rays, making them ideal choices for any community facility. Providing cool shade for employees, patrons and children during the hot summer months makes custom built awnings and shade sail structures a perfect solution for any development or project.

Commercial shade structures are customized to fit any need. Contact us today to receive cost estimates for your project.

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5 Patio Shade Canopy Options

A patio shade canopy is a valuable addition in the height of summer by helping to keep you cool and reducing the glare from the sun. The following will take a closer look at five popular varieties of patio shade canopies.

Umbrellas

The most basic of all patio shades are umbrellas. These can be as large as a ten foot patio umbrella or as small and delicate as a parasol. They can be free standing on a tripod base, set in a socket in the patio floor, or held up by a patio table.

Retractable Patio Canopies

Canopies that can be wound onto a roller are very popular. These canopies give a wider range of shade than an umbrella and do not need to be fully extended. The roller is controlled by a worm screw that operates upon a toothed gear wheel connected to the roller core. A handle is used to turn the worm screw and the canopy extends or retracts. Because the roller is wall mounted and the canopy requires no support, retractable canopies do not take up any valuable patio space.

Draw String Canopies

Draw string canopies (often referred to as toldos) are built onto frames over the patio. The frame does not take up any patio space and is usually made of angle iron or metal tubing. The canopy is suspended from steel wires stretched the length of the frame and is fitted with a draw string. The draw string is threaded through pulleys and can pull the awning along the wires to open it or close it. For a wide patio, there can be two awnings each with their own draw string so that they can operate independently.

Venetian or Persian Curtains

Venetian or Persian curtains are made up of strips of stiff material or plastic. They work in a very similar manner to venetian blinds. The strips can be raised out of the way so that they block the minimum amount of light. An advantage of Persian curtains is that they do not have to be joined at the bottom so people can have free access through the curtain, even if it covers a door.

Mobile Screens

Concertina screens made up of three or five panels are excellent for giving shade in particular areas. The concertina design means that they can be opened as wide or as little as required. The screens can be quite elaborate or made of simple rattan woven panels. An advantage of the screens is that they’re very light. Unfortunately, this lightness is also a disadvantage because it does not take much of an impact or breeze to make them fall over.

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Shade Canopies and Shade Structures

If bright sun and sweltering heat keep you regretfully indoors during much of the day, you can begin to enjoy your garden, patio, or deck to the fullest again with a Backyard Shade Canopy. With a shade canopy, you can relax in the shade on even the sunniest days, define an outdoor living room in which to entertain guests, protect children from the harsh rays of the sun while they play in the sandbox, and take pleasure in an afternoon snooze by the pool.

In addition, you can bring your own sun and wind protection to the beach or park with one of our lightweight, Portable Shade Canopy structures. Our shade canopies set up in mere minutes, fit in the trunk of most small cars, and are adjustable to maximize your shade all day long. They come in a variety of sizes to fit just about everyone’s space requirements, and the selection of available colors will satisfy any taste and existing color schemes.

From Portable Shade Canopies and a Retractable Shade Canopy to Shade Sails, we have a variety of shade structures to help shield you and your family from the effects of the sun throughout the day at home or beyond.

Pond Shading Options For Limiting Green Water Algae

I have to admit, sunny days make me happier.

But everything comes with a price they say, and sometimes the price you pay for ample sunlight is pond algae.

In the case of green water, which is caused by numerous single cell algae, the sun can play a major role in it’s growth.

After visiting with many pond owners over the years, when we get calls about green water, one of the common questions we’ll ask is, “does the pond get a lot of sun exposure?” The inevitable answer is almost always, “yes”. Other pond owners that had several ponds were often quick to point out that the ponds in some shade, were often clearer, and the pond’s in the sun were quite green.

Now don’t get me wrong, you want your pond to be exposed to a bit of sun…that’s just a good thing for desirable plants and your fish too, but too much of a good thing can often cause some problems.

Shading A Large Pond

In reality, green water (and sun exposure) can affect any size of pond. Large ponds that have the problem tend to be a bit more shallow, and they may have some stagnant water conditions. Large bodies of water can obviously be more challenging to shade than a small one, and about the best tool we have for that is pond dyes or tints.

Pond dye for large ponds usually comes in quart bottles which are concentrated formulas. Each quart will treat up to about an acre area that is four to six feet deep. Colors vary from blue, black, to a black/blue combination. The latter two colors tend to provide a bit more natural appearance in most ponds.

Pond dye may or may not be enough to clear a pond up of various problems but it does work well in conjunction with things like beneficial bacteria, aeration, or ultrasound, as well as many chemicals. In the end, it’s the best way to help limit sun exposure on big waters.

Shading Options For Water Gardens

When it comes to a small backyard pond, there are more options for providing shade.

Pond dye can be used in smaller ponds as well, but be advised, you’ll want to find a product specifically suited to smaller ponds. Don’t use a large pond product in a small pond as they’re often too concentrated.

Plants are probably my #1 favorite addition to a pond to provide some shading, namely because they also provide the added benefit of nutrient reduction too. Anything that can help out-compete the algae in some way is a good thing. Look for floating plants like lilies and lotus, or anything that can cover some of the surface.

And finally, physical structures can be a nice addition for shading a pond if you use a bit of creativity. For years I’ve suggested possibly using large umbrellas over very small ponds, or building a structure like a pergola or gazebo near the pond where doing so might provide some shade.

In recent weeks though, I’ve had several friends mention something called Shade Sails. Shade Sails provide a really attractive and relatively easy way to shade a pond or pool from the sun’s rays. Used as a single shade or in combination, these “tensioned fabric canopies” as they are called will block a reported 90 to 95% of the UV rays while remaining somewhat porous to rain.

You’ll find that Shade Sails come in a variety of shapes, colors and sizes.

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Designing Tents, Awnings, Canopies and Fabric Structures

Designing simple fabric structures like tents, awnings, umbrellas and canopies so that they hold up under a variety of conditions can be a complex task. Each component is both visible and structural, and relies on all parts to function properly.

The first step in designing a fabric structure is to create a form with sufficient pre-stress or tension to prevent it from fluttering like a flag or sail. Lightweight structures with minimal surfaces optimally should have double curvature.

The degree of curvature depends upon the type and weave of the fabric as well as the type and direction of the loads. The three basic forms associated with tensioned fabric structures are the hypar (hyperbolic paraboloid), the cone, and the barrel vault.

The hypar, or simple saddle, is often a square or rectangular form in plan that in elevation is a series of high and low points. Mast- and point-supported structures are cone forms, arch- and frame-supported structures, in which the membrane is supported by a compression member, are barrel vaults.

The second step of the design process is to determine the boundaries of the tensioned fabric. Boundaries include frames, walls, beams, columns, and anchor points. The fabric is either continuously clamped to frames, walls, or beams or attached to columns and anchor points with membrane plates with adjustable tensioning hardware. Membrane plates are custom designed plates used to link the membrane and edge cables to the structural supports. In most cases the fabric forms a curved edge or catenary between connection points, requiring a cable, webbing belt, or rope to carry loads to the major structural points. The cable, belt,or rope is usually inserted in a cable cuff, an edge treatment created either by folding the edge of the material over itself to form a pocket or by attaching a ready made pocket along the edge.

Once the primary points have been determined, the next step is form-finding, the art and engineering of ascertaining the most efficient structure that can be fabricated with as little waste as possible. In form-finding it is just as important to design a structure that can be easily transported and installed.
There are two methods of form-finding: physical modeling and computer-aided design. Fabric structures may be visualized with physical models or full-scale prototypes, depending on the complexity of the design. Models are created by stretching nylon stockings over wire frames. Working with physical models or prototypes enables the designer to view the structure from any angle. However, most fabric structures today are modeled with sophisticated computer software programs. These programs allow the designer to create a three-dimensional model that can be viewed at various angles; they also allow customization to provide information for facilitating fabrication and installation. The programs can calculate the amount of fabric required, the dimension of each fabric piece, the size and length of structural members, the size, length, and tension of cables, and the necessary hardware. With a software program the designer can modify the shape more easily than with a physical model.

The last step in the design process is analysis of the structure’s response to loads, including dead loads and live loads such as snow, wind, people, and equipment. Structural analysis identifies areas of possible ponding (water collecting on a flat area) and shows where high stresses are located on the structure. The analysis enables the designer to determine reactions, size structural members and cables, determine the appropriate fabric, and create computer-generated cutting patterns. Computer patterning is the process of developing a two dimensional representation of a three- dimensional membrane surface. Patterns are created after receiving results of a biaxial test of the specified materials done by the fabricator or provided by the manufacturer to determine the compensation factors required for the specific project. A biaxial test is the testing of a membrane in both the warp (threads running the length of the roll goods) and fill (threads running across the width) direction to calculate the expansion of the material under a given loading condition. Compensation factors are the reduction made to a cutting pattern to allow for the expansion of the membrane once in tension. The panels are sized according to the width of the fabric being used.

Custom Shade Structures

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