7 Years manufacturer Rubber glove-household-L to South Korea Factory
Short Description:
Sanitation glove, made of 100% natrual latex, length 32-36cm, textured palm for anti-slip, waterproof, anti acid and alkali, non-toxic. Mainly used for food processing, hotels, family kitchen, etc. Color: red, yellow, orange, rose, nude, etc.
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FAQ
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We believe that long term partnership is a result of high quality, value added service, rich experience and personal contact for better understanding of our customers' requirements.
7 Years manufacturer
Rubber glove-household-L to South Korea Factory, If you are interested in our products, please feel free to send us your inquiry. We sincerely hope to establish win-win business relationships with you.
Sanitation glove, made of 100% natrual latex, length 32-36cm, textured palm for anti-slip, waterproof, anti acid and alkali, non-toxic.
Mainly used for food processing, hotels, family kitchen, etc. Color: red, yellow, orange, rose, nude, etc.
FAQ Content
Be cautious when holding key components that have sensitive contact areas. If you want to be extra cautious you can use tech grade ESD gloves. I recommend ESD Nitrile gloves that have microtextured fingertips that provide excellent grip on all surfaces. 100% nitrile gloves contain no natural rubber or silicone and meet stringent requirements for particles and extractables. In regards to handling try not to directly handle PCB or contact points. For a graphics card try to handle it from the corners or the heatsink. For a motherboard use the corners / sides. If you do not want to use full gloves you can also consider finger ESD cods. If you use your bare hands just have common sense and keep in mind when the contacts are.
I mistakenly refer to the measurement on the gloves thickness as millimeters, when in fact it is milli-inches. MIL stands for milli-inches and MM stands for millimeters. My bad. Though, that doesn’t change anything I say as inaccurate regarding smaller number = thinner glove.
ESD Nitrile Gloves:
http://amzn.to/2rbxvVN
If you’re trying to prevent fingerprints, wash your hands thoroughly with soap and water, paying particular attention to scrubbing the pads on your fingers. Dry them off well. Then handle the components by the edges, as I demonstrate in all of my computer building videos. If you happen to see a fingerprint, stop. Go wash your hands again! This is a much better plan than using any kind of glove.
Remember, handle all parts by the edges and there is no place for fingerprints to be left behind! I demonstrate this in every single computer build video I’ve ever done.
If you’re trying to prevent cuts, these gloves are all too thin to provide any protection from that. Work slower and more carefully to avoid injury. Or put on band-aids prematurely in areas of your hands that you feel you are most prone to be cut.
Video editing software used to create this video:
Cyberlink PowerDirector 15 Ultimate:
https://www.cyberlink.com/products/powerdirector-ultra/
Screen captures by Camtasia Studio 9:
https://www.techsmith.com/camtasia.html
Questions?
https://www.facebook.com/careyholzmanfanpage
See more of Carey’s video’s here:
http://www.CareyHolzman.com
More information, please visit our website:
www.tiregrinder.net www.tyrecymach.com
Complete set of waste tire fine rubber powder production line
Technical Data：
◆Annual handling ability: 1500-20000 tons
◆Materials being handled:worn-out tyres(≤φ2000mm)
◆Granularity of finished products:40-200mesh
◆Power consumption:less than 380kwh
Complete set of waste tire fine rubber powder production line
Technique flow chart
Waste tire ≤1200mm tire 50×50mm Tire Chip 2-8mm Rubber granule Debeader Tire Shredder
Rubber Chip Grinder Rubber Powder Screener Coarse fiber separator Belt Magnetic Separator
Roller Magnetic separator Coarse fiber Big Steel Wire Small Steel Wire Fiber Separator
Fluff Fiber Additive Mixing Tank Rubber Powder Grader Final Rubber Powder Auto Packing Machine
Rubber Powder Feedback Big Rubber Granule Feedback
Features
◆Granulate waste tires into rubber powder of 40-200 mesh, and separate steel, fiber and nylon completely at normal temperature.
◆Compact structure, small space and easy maintenance.
◆Low energy consumption and good cost performance.
◆Automatic control product line, higher operation stability,and lower labor intensity.
◆No polluted water, waste gas and waste residue in production process.
Relationship between fineness and application of rubber power
◆8~20 mesh:Mainly used in pavement of track, road cushion layer, base plate, lawn, paving elastic layer, athlectic ground, etc.
◆30~40 mesh:Mainly used in producing reclaimed rubber and rubber board, modifying rubber power, paving roads, etc.
◆40~60 mesh:Called fine rubber power, used in filling of rubber products, modifying of plastic, etc.
◆60~80mesh:Called refined rubber power, used in automobile tires, rubber products, construction materials and so on.
◆80~200 mesh:Called subtle rubber power, used in rubber products, military products and so on.
Application example
◆Auto industry(tyre,vibration absorbing material,shock absorber)
◆Rubber products(safety cushion,road isolation barrier,rubber tube,
rubber plate,rubber sole)
◆Athletic sports ground surface material(court,prefabricated rubber
running track)
◆Road engineering and bituminous road surfacing(to be mixed with
asphalt and be used for sufacing roads or sleeper of railway or
underground railway).
◆Building materials(rubber tile rubber floor brick,water proof coil,
vibration proof foundation applied in construction)
◆Agricultural use(pavement of stock farm,etc.)
