• Eco-Solvent Printer System 1
Eco-Solvent Printer

Eco-Solvent Printer

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Loading Port:
China Main Port
Payment Terms:
TT or LC
Min Order Qty:
60 Rolls roll
Supply Capability:
200 Tons per Month normal production roll/month

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Specifications

1.magnetic sheet with matte vinyl

2.thickness:0.3mm,0.5mm,0.75mm,1mm

3.eco-solvent,uv printer,latex printer

4.pop display

magnetic sheet with vinyl

magnetic sheets,

laminations:vinyl,adhesive,artpaper,PE foam adhesive,

magnetic sheet thickness:0.3mm,0.4mm,0.75mm,1.0mm,

width:620mm,1000mm,1200mm,1220mm,

common size:1000mm*0.5(T)mm*20m,30cartons on one pallet.

package:one roll into one carton,

application:advertising consumables,pop display,promotion signs,etc.

Q: what is the definition of magnetic energy?
Magnets do not contain energy, although they can exert forces on magnetic materials. At least that's what the physicists say.
Q: what materials focus magnetic fields?
The strains may ultimately element back outwards, because they repel eachother, or if the orb replaced into lined thoroughly in magnets with a similar pole dealing with inwards, the magnetic fields may cancel one yet another out by the point they could get to the middle.
Q: Are there any concerns with identifying sources of minerals and metals on other planets?
The data can show the strength and distribution of the field, the possible size and mass of the magnetic material, its materials, and its approximate temperature.
Q: I know that the information (bits) are encoded onto and read from a hard drive disc by a magnetic writer/reader in tracks and sectors however I am not sure how the magnetic material on the platter is separated into magnetic domains representing the bits instead of just spreading the magnetism over the entire track like it would on an analog tape. Also, are sectors physically separated or just separated by saying this sector begins and ends here and that one there If you could answer these questions I would greatly appreciate it. Thanks
this sector begins and ends here and that one there ^ this.
Q: I‘m doing a small experiment with my son for a science project and we are looking for magnetic resistance in typical household objects. So far we have found nothing. Glass. plastic, paper, water, nonferrous metals, wood, you name it. Of course it depends on the thickness of the material and the strength of the magnet. We are working with small neodymium magnets.
There exist several nickle-iron (plus some other impurities, like molybdene) alloys that can do that: mu-metal, permalloy, supermalloy, nilomag, sanbold. Mu-metal is often used for shielding of magnetic fields in household appliances.
Q: If I lay one of these signs on top of another upside down sign, why dont they repel each other
This phenomenon occurs with all magnets. In a simplistic approach the reason has similarities to that of electrostatics. Namely that like charges repel and opposite charges attract. Well, in the mangets case there are physically no such thing as magnetic charge, instead all magnets have a North and South pole. If you bring a North pole of one magnet towards a north pole of another magnet they will repel eachother (Same goes for south pole with south pole). NOTE: I am using the north and south terminology but that may not be the correct term To make this point clearAll magnets have a north and south pole. Even if you break the magnet in half the individual pieces will have a north and south pole. The car magnets have a north and south pole. You simply brought a north pole of one magnet towards the north pole of the other.
Q: what is the capacity of MAGNETIC Field required from a set generator to produce 6000 watts?
As long as you know what you are doing, you pay close attention to your surroundings, and you dress appropriately you should be very safe. Take a class if you can that will help prepare you and drive in low traffic areas to better prepare yourself. Also remember that most motorists aren't looking for motorcycles. Motorcycles riding is a blast and very exhilarating, but just like everything else there is great responsibility. Prepare yourself and you will be fine.
Q: What are the common magnetic materials?
Alloy: including casting, sintering and machinable alloy. The main varieties of casting alloy are: AlNi (Co), FeCr (Co), FeCrMo, FeAlC, FeCo (V) (W); sintered alloy: ReCo (Re rare earth elements), ReFe and AlNi (Co) and FeCrCo; processing alloy: FeCrCo, PtCo, MnAlC, and CuNiFe AlMnAg, after two BHC in the lower or semi permanent magnetic materials. Ferrite: the main components are MO, 6Fe2O3, M, Ba, Sr, Pb or SrCa, LaCa and other composite components. Intermetallic compounds: mainly represented by MnBi.
Q: how are these materials grouped as and what are the examples of such materials?
There's a list of composites which provide good shielding, and materials with low magnetic permeability, at this link: wings.buffalo.edu/eng/maecmrl/Mat.
Q: what are magnetic poles? what are electric charges? and how are they similar and different?
Magnetic (di)poles can be regarded as the source of a magnetic field. A bar magnet has a South pole and a North pole. Magnetic fields are the result of moving electric charges, for example current through a conductor, or the spin of the electrons within a ferromagnetic material. Electric charges result from an accumulation of electrons that it is not compensated by an equal amount of protons. Electric charges can be positive (lack of electrons) or negative (surplus of electrons). Opposite magnetic poles attract each other while same magnetic poles repel each other. The same is true for electric charges of opposite polarity vs. same polarity. That's how they are similar. Magnetic poles cannot be separated. Cutting a bar magnet in half results in two bar magnets, each having a North pole and a South pole. Electric charges, however, can be separated. If you bring two metal plates together and somehow (through an external field) achieve that some electrons wander from one plate to the other, making one positively charged and the other negatively charged, then physically separating the two plates results in one positively and one negatively charged plate. This how magnetic poles and electric charges are different.
We are a leading manufacturer and supplier of magnetic products, such as magnetic materials, reductive iron powder and injection magnets. We take pride in a number of senior engineers and technicians with over 20 years of experience in this sector as well as advanced equipment and the top-ranking management system, which make it possible for us to provide our customers with high quality products, competitive prices and first-class service. We sincerely hope to establish long-term business relationships with customers from at home and abroad on the basis of equality and mutual benefits and seek common development.

1. Manufacturer Overview

Location Guangdong,China (Mainland)
Year Established 2009
Annual Output Value
Main Markets 11.11% North America
11.11% South America
11.11% Eastern Europe
11.11% Southeast Asia
11.11% Oceania
11.11% Mid East
11.11% Eastern Asia
11.11% Western Europe
Company Certifications license 1

2. Manufacturer Certificates

a) Certification Name  
Range  
Reference  
Validity Period  

3. Manufacturer Capability

a) Trade Capacity
Nearest Port
Export Percentage 91% - 100%
No.of Employees in Trade Department
Language Spoken: English, Chinese, Japanese
b) Factory Information
Factory Size: 5,000-10,000 square meters
No. of Production Lines 6
Contract Manufacturing OEM Service Offered
Product Price Range

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