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FAQ Content

Episode 74 ~ Polyco Multi-Task Gloves

During the second half of 2016, a new version of EN388, the mechanical hazards standard for protective gloves will be published.

One of the key changes to the standard is that it will now include back of the hand protection and it should make it easier to identify which gloves offer which level of protection.

In this video Roger Bisby and Skill Builder Editor, Georgina Bisby, discuss the changes in more detail and look at some gloves from Polyco which meet the new standard: the new Multi-Task E (Hi-Viz), Grip It Oil C5 TP, or Multi-Task E C5.

These products all feature a layer of thermoplastic rubber (TPR) applied to the back of the gloves that has been engineered to guard against injuries caused by impact. Later this year, a new version of EN388 – the mechanical hazards standard – will be published, which will, for the first time, cover back-of-hand protection. From 21 April 2018, new impact-resistant gloves will have to pass specific tests in order to comply with the standard.

Impact tests measure the amount of force transmitted to the hand after a blow to the back of it. To be effective in preventing injury, impact protection must be able both to divert the force of the impact and slow it down. The flexible TPR applied to the back of the Multi-Task E™ (Hi-Viz), Grip It Oil C5 TP and Multi-Task E C5 is soft, which means it deflects the force of the blow away from the hand without compromising dexterity. The engineered rubber is strong and durable and will not break down over time, unlike foam or gel. It is also lightweight, which helps alleviate hand fatigue over long periods of wear.

All three new gloves feature a tensile nitrile palm coating, designed to enhance protection and freedom of movement. In the Multi-Task E (Hi-Viz) and Multi-Task E C5 this coating has been slightly roughened to improve handling performance, particularly in light oil conditions. The former also boasts a high visibility lining and TPR, padding on key areas of the palm and a reinforced thumb crotch for extra defence against injury.

The Grip It Oil C5 TP comprises two layers of nitrile coating – a full, water-resistant layer and a second layer on the palm incorporating microfoam bubbles, which maximises grip in wet and greasy conditions. The soft, seamless liner in all three gloves is made from knitted nylon and, in the case of the Grip It Oil C5 TP and Multi-Task E C5™, it is cut-resistant. Both the latter and the Multi-Task E (Hi-Viz) have an elasticated neoprene cuff with an adjustable VELCRO wrist strap, which adds to their wearability and durability.

The gloves are suitable for use in a wide range of general handling activities and work environments, including automotive maintenance and repair, construction, light engineering and machine operation.

Find out more at http://www.skill-builder.uk

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Video tutorial on the four different methods how to remove rust. Rust, also known as iron oxide is a chemical reaction between iron and oxygen or moisture that occurs on bare metal. Beyond steel, rust can also form on lower grades of stainless steel. It is very important to remove any rust from metal when applying a finish as it can jeopardize that finish by causing premature failure. The methods to remove rust are not limited to this video are beyond cleaning it by hand with just a wire brush, sandpaper, or an abrasive pad. Methods shown are mainly based for at home methods which can be done in the comforts of your own driveway.

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Tools/Supplies Needed:
-rust treatment (used in the video is Permatex Rust Dissolver Gel #80594)
-rubber gloves (used in the video is Permatex Black 5 mil Nitrile Disposable Gloves #08184)
-brush
-cup
-water
-white vinegar
-container
-abrasive pad
-sandblaster
-blasting media (glass bead, copper slag, walnut shells, steel shot, aluminum oxide, etc)
-air compressor
-safety glasses
-respirator
-drill
-angle grinder
-hand held sander
-rotary tool
-sanding disks or pads
-flap wheels
-wire wheels
-wire brush
-sandpaper
-grinding stone

Procedure:
Method #1
-using a store bought solution which is a form of rust treatment
-cleaning up any flaking paint, dirt, or loose rust using sandpaper or a wire brush
-shake the bottle to ensure the solution is mixed, poor into a cup or container, then applying using a brush or sponge
-do not allow it to come in contact with paint as it can cause damage
-it takes abut 15-20 minutes for the rust to be converted
-rinse with clean water
-allow it to dry and apply more coats if needed
-allow the metal to dry for 24 hours to ensure no moisture is trapped when applying a final finish
-this will neutralize old rust and prevent new rust from forming as well

Method #2
-using white vinegar and submerging the parts in a container
-clean up the piece slightly with either sandpaper or a wire brush
-allow it to soak for a day or two, depending on the severity of the rust
-once satisfied, rinse with water and give it a clean up using an abrasive pad
-ensure it has dried overnight so there isn’t any moisture trapped in the surface
-now you’re ready to apply a coating of your choice

Method #3
-using a sandblaster or some form of media blasting
-there is a variety of blasting equipment along with media available on the market
-normally a larger air compressor is required considering a sandblaster is a direct air loss
-this will remove the rust with minimal work, access any pitted areas as well, and strip areas to bare metal

Method #4
-using a mechanical method such as power tools
-there are a variety of tools that can be used such as a drill, angle grinder, hand held sander, rotary tool, etc
-with these tools, you will have a variety of attachments or options such as grinding disks, sanding disks, sanding pads, abrasive pads, wire wheels, grinding stones, flap wheels, etc
-in the video a hand held sander is used along with 180 grit sandpaper
-unfortunately due to the pitting, the sandpaper is unable to reach those lower areas
-sometimes an abrasive pad can tackle that, other times you will need to use a wire wheel

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