Do You use Antistatic and Electroconductive Hose?

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If safety in your working environment is a high priority, due to the need for Antistatic and Electroconductive hose, have you been introduced to the range of hose, specifically designed and manufactured to meet your requirements?

Masterflex Technical Hoses is an established and trusted supplier of hose for danger zones in the workplace.Our Master-PUR range of hose, allows you to work with confidence in even the most challenging environment.

Master-PUR L is a PU suction and transport hose that is light duty, extremely flexible,highly abrasion resistant with high tensile strength. The mostly smooth inner lining facilitates optimum flow characteristics.

It is oil / petroleum-proof, gas tight, has good chemical resistance, and a temperature range from -40ºC to +90ºC (with Peaks to 120ºC)

 

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Other hose in the Master-PUR antistatic and electroconductive range are;

Master-PUR H-EL

Master-PUR L-EL

Master-Clip Vinyl EL

Master-Clip PTFE H EL

Master-Clip PTFE S-EL

To discover more about these our any other hose from Masterflex, either click the link on the products above, or visit our website on http://www.masterflex-uk.com.

Discover the Master-Clip range from Masterflex Technical Hoses Ltd

The Master-Clip range from Masterflex for Air supply and ventilation in air-conditioning technology and extractor units. The range includes examples such as;

Master-Clip PUR hose, a suction and blower hose made from PU film / foil, it is extremely abrasion resistant. Suitable for Air-conditioning ventilation and technology, welding fumes, extractor units. Master-Clip PUR is a more environmentally friendly alternative to PVC hose.

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Master-Clip Vinyl B hose is also part of the Master-Clip range. This suction and transport hose is made from PVC foil / film and is extremely compressible to 1:6  Highly flexible with the smallest bending radii, it is robust and inexpensive.

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For further help or information about the Master-Clip Range, or any of our other products visit our site at http://www.masterflex-uk.com

Further information regarding the possible hazard of woodworking

Following on from the last blog that shared information sourced on possible dangers of woodworking, due to wood dust inhalation, the wood toxicity and allergen chart below sourced at

ttp://www.wood-database.com/wood-articles/wood-allergies-and-toxicity/

shows their findings on possible effects of wood and wood dust on hands lungs etc. We hope this is useful to you. Please note that this list / chart is just one source of such possible information and further sources are available.

Dangers of Woodworking; Are You Aware?

Most people show awareness of the dangers of working with power tools and machinery, but did you know that possibly the biggest threat to those working with wood, comes not from the serious health and safety risks of power tools, but from wood dust.

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The long term damage can often be caused by tiny even microscopic wood dust particles entering the lungs as you work. These particles, often called “coarse inhalable particles can range from 2-10 microns, are fine enough not to be seen by the naked eye, but they enter your lungs as you breath in the air filled with sawdust, and are small enough to enter the lungs and cause long term damage.

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Are you doing everything you can to protect yourself or your workers from this very real danger?

Read more…

How Does Dust Affect The Woodworker?

Long-Term Damage: Rather than the large chips and visible sawdust: perhaps the most damaging element is the invisible fine dust – the microscopic coarse inhalable particles. These tiny bits of sawdust float around the air and linger even after the tools have stopped running. It is when these invisible particles get inhaled into the airways that they cause tiny wounds and scarring to our lungs: each time this happens it causes a very small amount of irreversible damage. Although the immediate effects would probably not be noticed, over long periods of time, this can result in significantly decreased lung capacity, and a number of other health issues.

Irritants: This is the  most common way that wood dust affects a woodworker. This simply means that it can irritate our lungs, our skin, our eyes. As the body reacts to the irritant this can result in itching, sneezing, coughing, runny nose, rashes, and asthma-like breathing problems.

Sensitizers: With regular exposure to wood dust, things can develop beyond being simply irritating to the body. Some woods can make us more and more sensitive upon each successive exposure. Even if you don’t experience any sort of allergic reaction to the wood or its dust when you first come into contact with it, each time you breathe the dust, or handle the wood, with repeated exposure this can sometimes result in an eventual reaction that can be quite strong; in rashes or boils, severe sinus or respiratory pain/inflammation, or a number of other conditions depending on the wood species.

Toxins: Although this is not as common, some wood is considered to be directly toxic. Yew, is one such example of this, is capable of causing fatality in certain cases.

Carcinogens: Toxicity charts are available for wood species. That is because some wood species are known to to have been shown to cause Nasopharyngeal carcinoma or cancer.

Read on with the next blog referencing The Wood toxicity and Allergen chart from http://www.wood-database.com

With all of the above health reasons,Masterflex Technical Hoses Ltd have produced a range of hoses to be used specifically for those working within the wood manufacturing industry; Flamex BF hose(for wood dust and fine particles) , and Flamex B(for coarser wood dust and chippings).

These reliable and high quality hoses will enable you to work without concern for the hazards described above, extracting the wood dust at source, as it is created…before it enters your lungs!