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When considering which type of floor mat would work best in your commercial kitchen, one should take into consideration just how much abuse the mat will need to withstand. The challenge is to find a kitchen mat that will serve the needs of those in the workplace and enhance their working environment. Issues like comfort, ease of maintenance, safety, drainage and tolerance for animal fats and chemicals need to be addressed.

Food Preparation and cooking environments, where food is handled are often areas where there are inordinate amounts of animal fats, greases, water and cleaning chemicals. Keeping these areas clean is, or at least should be, a top priority along with the prevention of slips and falls and employee comfort. A few points to consider when choosing the best kitchen matting are:

• Are the kitchen mats under consideration rubber mats, vinyl mats or mats designed for some other application altogether (i.e. carpet mats, industrial mats, dry anti-fatigue mats, etc.)?
• Do the kitchen mats have holes for drainage? If so, are the inner walls of the holes smooth? Are there any "lips" at the base of the perforations?
• How heavy is the matting?
• Do the kitchen mats possess any Grease Proof or Grease Resistant qualities?
• How thick are the kitchen mats? Will the thickness pose any tripping hazards? Are the edges of the mat beveled?

Animal fats and oils associated with frying areas and bakeries tend to cause a serious degradation to most mats unless they are a rubber. Nitrile rubber kitchen mats or rubber mats with an added grease resistance will perform much better in a kitchen environment than any matting that is made up of a vinyl. Vinyl mats are good for certain abusive environments, but should not be used in areas subjected to animal fats. It goes without saying that carpet mats should not be utilized in areas where food is being prepared as the fibers provide a breeding ground for germs and bacteria. Many municipalities levy fines on restaurants that use carpet matting in a kitchen environment.

There are many types of mats on the market. Anti fatigue matting is a large sub - category of Floor Matting. Kitchen mats is a sub - category of Anti Fatigue Mats. Not all anti fatigue mats should be used in a kitchen environment. Some fatigue mats are designed for dry areas, static environments, or industrial applications, etc.

Kitchen mats should have holes to allow liquids and food particles to fall below the walking surface of the floor mat. The holes or perforations should be smooth and not possess any "lips" at the base of the hole that can catch debris. This single feature will make it much easier to clean your kitchen mats as the debris and food particles will fall all the way through the mat and remain on the floor when the mat is picked up for cleaning. Any nooks or crannies present in the design of the mat, will become filled with debris and it will be necessary to clean each individual perforation manually to achieve the cleanliness required of a kitchen mat.

Another feature that should be considered is the overall weight of the floor mat. Kitchen mats that are too heavy are difficult to handle, especially when greasy. Any impediments to cleaning the mats should be minimized to encourage cleanliness. Heavy kitchen mats that are difficult to clean will probably not be cleaned as often as kitchen mats that are lighter and possess a better design.

How thick the matting is will often have an effect on the overall weight of the mat. Thicker kitchen mats may also pose a tripping hazard and generally cost more. A common misconception is that the "thicker the mat the better it will be at providing anti fatigue relief". Such is not the case. There are many qualities that a fatigue mat should possess to enhance the anti fatigue properties of the mat (i.e., resilience, rebound, etc.). Generally mats that are 3/8" to 1/2" in thickness are perfect for a kitchen environment. Furthermore, since the mat is thinner, it will also be less expensive, lighter to handle and pose less of a tripping hazard.

Gary Storz - President
http://MadMatterInc.com

"Flooring Our Customers Since 1992"

If you need some assistance with determining which avenue to take regarding your floor mats, please feel free to contact me at gstorz@madmatter.biz or visit our corporate website at http://www.MadMatterInc.com.

Information About Bird Control

Pigeon Bird Control Information

Pigeon Birds are a public health risk for several reasons. They damage and contaminate food with their droppings and feathers. They have health effects, since they carry more than 60 diseases associated (although not considered as vectors), such as salmonellosis, ornithosis, Cryptococcosis, Hialoplasmosis and allergic alveolitis. They can act (both they and their droppings) as reservoirs of pathogens that affect humans and pets. They are carriers of ectoparasites such as ticks, fleas, lice, etc. Pigeon droppings are very slippery on the pavement, especially when it rains, being the cause of accidents and also cause other problems such as:

- Create dirt with their droppings, and contain acidic substances that are very aggressive in building materials such as stone and cause corrosion on metal surfaces.

- The seagulls can bring special problems causing noise nuisance, making lots of garbage and excrement, damage to buildings, and even attack people and pets causing this adverse effect against tourism.

Depending on whether

Depending on the pressure he is under to protect the site.

To determine the type of pressure from birds to do a delicate exploration and consider a series of questions such as:

- Why use this place to land?

- Birds nest in place?

- Spending the night there?

- Is it a place from which to make out their lunch or occasionally perch?

Therefore pressure is defined by the number of birds that come to the site concerned and for what they do are there, being able to distinguish three types of pressure:

Low pressure: Are those areas where birds are occasionally. They are often quite exposed such as railings or parapets (top of a balcony or balustrade). These areas can be treated with almost any type of product.

Average pressure: Are those areas that are regularly used for perching birds. They are usually near where they feed. They are used normally during the day. The birds will try again to overcome these areas and prevention systems, so they must be robust enough. If the birds can not return to these places, and will be the closest. In these areas it is advisable to use network systems, or barbed wires carefully. When using the wire system would be desirable to reduce the population through trapping.

High blood pressure: Are those areas used by birds for the night and nest. The birds showed a great persistence in wanting to go back to them despite being placed exclusion systems useless by many protection schemes. In these cases the only systems are networks, but also skewers the system can work, but would improve with an entrapment of the population. If allowed, it could eliminate some birds with a rifle, if that can not be caught. These areas are often very sheltered places and have a great pile of excrement. Here are located nesting sites, being in the case of pigeons can be anywhere, with little backup material.

Depending on the type of pressure that the birds carry these or other measures taken, one building may be subjected to various kinds of pressure.

METHODS OF INSPECTION

Some of these pigeon extermination methods include:

Baits with narcotics

Chemicals are mixed with food. These chemicals have the active material and alfacloralosa seconal. With this substance get numb to the bird so we can remove it. But it presents many drawbacks:

You may take any other animal.

It is difficult to estimate the dose, because they must eat enough to numb them.

In short, this method is complicated.

Trapping

It is possible that a measure is often used with pigeons. Pigeon control products is merely figurative, because while not remove the food source or access is not impeded, the birds will continue coming to these places.

This method is very useful as an adjunct to prevention systems, such as bird control spikes or wires, and animals that pigeons are very persistent and try to go to places that have been treated so they can be trapped in cages.

These cages should be placed in quiet places and it is essential that persons with "good intentions" do not release the birds.

It is necessary to put food in (Pre-Fatten), and leaves the door open to catch the pigeon familiarity from 5 to 10 days. After this time, special doors down, but that let out. Pigeons are left trapped for several days to serve as a claim to other, being very important constant supply of food for birds are not stressed. Because of this constant maintenance labor is very expensive. The method is widely used in municipalities.

The cages can be extended to pigeons and sparrows.

Leeway

In some cases their use is essential and it needed permits. Used air guns, especially a very persistent bird that can endanger an entire system of protection.

Removal of nests and eggs

You can remove nests and eggs to prevent breeding. By removing the birds usually lay eggs again, that instead of eliminating what you do is pierce, put an oil (avoiding the diffusion of O2 into the egg) not to hatch, and so on. This is a very laborious and impractical.

The problems posed control methods are:

- Legal provisions.

- Reaction from the public.

- Effect of "empty"

PREVENTION SYSTEMS

Networks

The networks prevent the passage of birds within the protected area and its posamiento on it, being able to use this system to protect buildings of almost every species that create problems, being in the case of the sparrows and starlings the only method useful, as in high pressure situations against pigeons and seagulls.

There are three models, varying in mesh size, the choice depends on the type of bird that needs to be protected against the house:

- Pigeons: 50 mm.

- Starlings: 29 mm.

- Sparrows: 19 mm.

Each thread of the network is put together with 7 polyethylene and polypropylene fibers with a thickness of less than 10 denier twisted (the higher this number is thicker the braid). Each individual fiber has a breaking strain of over 20 kilograms and is chemically prepared to give a high resistance to ultraviolet rays. In the manufacturing process to stabilize predilata network by applying a voltage of 9 tons and injecting steam at 100 º C, thus ensuring the failure of bank or dilation under a minimum of 10 years. In addition withstand high temperatures (up to 120 º C without softening and up to 130 º C without melting).

The meshes are presented in coils of 10 m2, in black, stone and translucent. The black mesh is most often used because the others are just fouling. A factory can be ordered in different sizes but must be asked for a minimum of 20 days in advance.

System skewers

They consist of a myriad, a group of hardened stainless steel spikes that project out at all the angles. The tines are subject to a solid foundation that can be installed in window sills, ledges, eaves, etc.. or anywhere else prone to raising the birds. These sharp wire violate discomfort in birds, preventing them to land on these surfaces. The cornices other niches should be filled completely to achieve a total effectiveness. The broad surfaces may require two or more rows and rows of parallel spines.

The barbed wire can be very effective, but must follow carefully the installation instructions provided by the manufacturer. If left too much space between the building and the fences or between rows of spikes, birds can take advantage of this and build their nests on the wire, creating the problem again. Also the wires should be inspected and cleaned periodically to remove garbage like twigs, leaves etc. Because this trash can protect the sparrows of the effect of sharp projections and continuing to use this area of the building

These systems are useful in situations of medium and high pressure, however this system is not recommended for high blood pressure. If birds are sleeping, nesting can not become valid, but not in all cases.

They are steel spikes on the basis of field-resistant special plastic. The base can be fixed with screws, but most used is a special silicone. It is essential that the substrate is clean and dry to stick well.

Depending on the type of birds can be classified different types of skewers.

Method of placement

Skewers systems are very simple to place, how hard is to do well. The first row of spikes should be in line with the ledge (for example), so that is more external spike protruding from it.

The maximum space that may exist between spikes is 6 cm, and that is the minimum gap for a dove to alight.

In protecting the railings overlooking the area where he sees food.

There are special skewers gulls, which are large.

There are spikes of a single spike that only cover an area of 4 to 5 cm.

The biggest drawback is its cost is high.

Systems poles and wires

It is a very useful system for pigeons and gulls in low pressure situations, and employees with care can also serve medium-pressure situations, especially if accompanied by a reduction of the population through trapping. This is a cheap system that can be used almost anywhere.

Method of placement

Poles are placed every 1.5m, engaging them in a block of nylon. There are areas that can not be drilled, so stick with silicone bases special plastic poles. When using silicone must wait for it to dry for 24 hours, keeping the birds away all this time

The first row of the structure should be lower so that the birds do not enter through the bottom, or use poles with holes at different heights.

Just as the first line of wire must be oblique.

Between each line of wire should be a maximum gap of 5 cm.

By putting the parallel rows, the springs should be rotated in order to prevent the pigeons did not land on them.

The cables can go in some situations attached to the wall, without using poles.

There are posts that have more than one hole at different heights. These can be placed in a "clothes line" protecting the top of the pole with a wire so that it does not pose a bird. This wire is also used in places where you used long strips to act as a brace to prevent bending these posts.

The posts are also presented with clamps to apply to different diameter pipes, gutters, etc..

This system is not effective against starlings.

Alternative systems: Repellents

Repellents have been used for years to scare away the birds of empty buildings where roost or nest trees. Repellents are usually designed to affect one or more respects from birds to cause alarm and leaving the area or make their leisure activities and raising, become uncomfortable. There are four different types of bird repellents:

1. Touch

2. Sound

3. Olfactory

4. Visual

For most of the problems with birds in urban and industrial areas, tactile repellents are available for the professional. There are two types of tactile repellents: mechanical and chemical

Repellent touch

Mechanical

So far we have seen several mechanical repellents (barbed wire and networks), but there are other less important

- Tippler

Used to gulls. It is a system by which gives the bird can perch comfortably.

- Wires "source"

These are wires that move the air as a source. It is a good method for industrial situations, such as deposits circulars, etc..

- Spiral

Pigeons is a system for low pressure situations. The spring is attached to the substrate with silicone or with pins. It is a very economical and easy to install.

Chemical

- Gels

They are the type most widely used repellent in the pest control industry and are available in gels, pastes, sprinkling and aerosol cans for smaller jobs vary considerably Chemical repellents some are thick and gooey, others are jelly, and some are so sufficiently viscous to be sprayed.

Generally these repellents contain polyethylene or polibutioleno. These substances are toxic to birds, rather convey the sensation of warmth in the feet of birds when they land on them, causing them to move from perch and to settle elsewhere

For best results, all surfaces should be cleaned of all debris, dirt and bird droppings, before applying any repellent. Non-porous surfaces such as metal, do not require additional activities, but porous surfaces like wood brick and stone must be completely sealed with a sealant, adhesive and fluid penetrate into the interior of such materials. Waterproof tape can be placed on the surface where it will place the bird repellent, but if the seal on the surface is dry the substance is inappropriate to reduce the residual product.

The effectiveness of chemical repellents is lost over time, if however the dust, dirt, moisture, extreme heat or cold are reducing the life of these products.

Disadvantages to be considered:

1. In areas frequented by people they look unsightly

2. They can be annoying for the cleaning staff

3. Pigeons can throw sticks and other materials on the repellent, which will disable

4. Only useful for small jobs.

Visual Repellents

They include the use of lights, fake owls, snakes, scarecrows, balloons and other devices. Some aids have limited agricultural use for crops but are generally not very effective on all urban and industrial environments. In these situations have an effect over a very short period of time as they become accustomed to ignoring coming

Ultrasonic Pigeon Bird Control Devices

These include loud noises, sudden and unusual (explosions, alarmed speakers, recordings, etc.). It has little effect that adapt well to the sounds of birds, besides this noise in urban environments may be more bothersome to people.

About the Author

Single mom with kids, love to explore, hobbyist and love to travel. Former Pigeon Extermination Consultant.

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