• Hot Dipped Galvanized Razor Wire with Factory Price System 1
  • Hot Dipped Galvanized Razor Wire with Factory Price System 2
  • Hot Dipped Galvanized Razor Wire with Factory Price System 3
Hot Dipped Galvanized Razor Wire with Factory Price

Hot Dipped Galvanized Razor Wire with Factory Price

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
5000 m.t./month

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Specification

Material:
Stainless Steel Wire,Galvanized Iron Wire
Cross Sectional Shape:
Round
Application:
Protectiong Mesh,Fence Mesh
Type:
Steel Coll,Galvanized
Wild in Width:
1.1M
Surface Treatment:
galvanized
Metal Wire Drawing:
Cold Drawing
Status:
Hard State
Thickness:
Metal Thick Wire
Galvanized Technique:
Hot Dipped Galvanized,Electro Galvanized

Razor barbed tape is a kind of modern security fencing materials fabricated with razor-sharp steel blade and high-tensile wire. Barbed Tape can be installed to achieve the result of frightening and stopping to the aggressive perimeter intruders, with piecing and cutting razor blades mounted at the top of the wall, also the special designs making climbing and touching extremely difficult.

    The wire and strip are galvanized to prevent corrosion. Razor wire can be installed in the form of barbed tape wire or concertina coil to walls or fencings.
 

Galvanized Razor Wire with Factory PriceGalvanized Razor Wire with Factory Price

Our services: 
1. Good after sales service: Any small problem happening will be solved at the most prompt time.
2. We have many years of experience, we have specializing in fastener.
3. Specifications list is available upon your requirement.
4. Packing as your request before shipment.
6. High quality and competitive price.

Usual Specifications:

ModelThicknessWire DiameterLengthWidthSpacing
BTO-100.5±0.05mm2.5±0.1mm12±1mm13mm26mm
BTO-120.5±0.05mm2.5±0.1mm12±1mm15mm26mm
BTO-180.5±0.05mm2.5±0.1mm18±1mm15mm33mm
BTO-220.5±0.05mm2.5±0.1mm22±1mm15mm34mm
BTO-280.5±0.05mm2.5±0.1mm28±1mm15mm34mm
BTO-300.5±0.05mm2.5±0.1mm30±1mm18mm34mm
CBT-600.6±0.05mm2.5±0.1mm60±1mm32mm96mm
CBT-650.6±0.05mm2.5±0.1mm65±1mm21mm100mm

PS: CBT: barbed tape concertina

      BTO: barbed tape obstacle


Q: Or can stranded wire of the same gauge be subsitituted for solid wire without any consequences? The reason I ask is because its for a massive 4kJ capacitor discharge circuit, and I need all the energy delivered to the power coils im using, cant afford to have much leakage inductance.
You question about Inductance seems illogical. I can't imagine how a straight wire will affect a sudden discharge of current unless the wire is coiled (inductor) or have a shield attached to ground(capacitor). I believe the difference between the two wires are their direct current resistance which is very negligible if the wires are just a few feet long. The Capacitor that will discharge current directly to a coil is a 'tank circuit' and is a type of oscillator. Most likely, The inductance you will experience is caused by the power coil itself that feeds it back to the capacitor and vise versa. If that is true, I recommend a reverse shunt diode across the coil and a series diode between the capacitor and the coil.
Q: Just moved into a new house and the basement is already wired for surround sound. The ends are two wires one silver one gold/brass wrapped together with plastic. Looks like they were cut at the ends. How difficult would it be to wore the speakers myself?
If the wire you are referring to is standard speaker wire, then you wire it to your speakers, at one end, and to your receiver, at the other end, the same way that you normally wire up speakers. In other words, always connect the same colour of wire to each positive connection, and the other colour to all of the negative connections.
Q: I have a 1990 chevy c1500 2wheel drive. I bought it not running. I have found the problem and it the tbi injectors are not hooked up. The 4 wires on the 2 injectors are red and the 4 wires going to the tbi are red,blue,green,white. what wires go were? Thanx for all your help.
The red and white wires are the power to each injector and are actually hooked to each other in the harness. These 2 wires should be hot when you turn the key on. The green and blue wires are the grounds that lead back to the ecm. The red and blue wires go to the passenger side injector (red is far left as you face the vehicle). The white and green go to drivers side (white on left as you face it)
Q: Need wiring diagram or manual
Here okorder /
Q: whenever i try to connect two electrical wires by twisting them together, i hold the two wires paralell to eachother, grab them with needle nose pliers and turn it. it never seems to work though! if anything, it just breaks the wire and i have to strip more insulation! what am i doing wrong? thx
You are doing it right but do not use needle nose pliers. Use ordinary pliers or linesman pliers are the best. Grab the two wires straight on - not sideways - with the pliers down at the insulation and move the pliers to the end of the wire as you twist it. If it is too long or uneven snip it off.
Q: for christmas im getting my dad an outdoor speaker system buttheunder groung wire costs ALOT so i was wondering if regular speaker wire will work fine if i used it and burried?
You could run the regular wire inside 1/2 PVC pipe or garden hose when burying it. Just make sure you seal off the ends really good or knock a hole in the walls and bring it through the walls.
Q: Wire 1 and wire 2 are made from the same metal. Wire 2 has a larger diameter than wire 1. The electric field strengths E1 and E2 are equal. A) Compare the values of the two current densities. Is J1 greater than, less, or equal to J2?B) Compare the values of the currents I1 and I2. Is I1 greater then, less or equal to I2?
The current will be more dense in the smaller wire. The value of the current is inversely proportional to the resistiance of the wire. Resistance = resistivity * length / Area since the wires are of identical material and length, the only thing left to vary is the cross-sectional area. Area is proportional to the square of the radius (diameter), so the current will be proportional to the square of the diameter. I2 is proportional to I1^2 I2 is larger than I1 .
Q: So I know that the neutral wire is the 'return wire'. But why does my textbook say that it has the potential to have the same amount of electricity as the live wire (if the wiring is faulty)? But essentially, if the wiring is not faulty it is technically safe to touch it, it has 0 volts.Could someone explain this to me?
In the absence of faults, the neutral should be safe. It is normally connected to ground at the supply entry board or at the substation/transformer. In the event that a neutral wire becomes disconnected between an appliance and the supply entry board, it will be at the same potential as the live wire.
Q: I'm doin this thing where I need to connect some wires and one part uses Apple iPod headphones. Inside those wires, they have insulation. I burnt the wires so the insulation would not be in the way. Will the wires still conduct the electricity? Or will I just need to find some other headphones without insulation to do this with?
It depends. If the wires themselves got oxidized when you burned the insulation off, they will not conduct electricity as well as they did before. On the other hand, if you burned them in a way that converted the non-conducting plastics (organic polymers) into graphite (pure carbon) the wires might conduct a little better (because graphite conducts electricity). When you say there is insulation inside the wires, you may be confused. Some small electrical wires contain threads braided or twisted in with the fine copper wires to increase strength. These threads are usually non-conductors so, technically, I guess you could call them insulators but they are not in there to prevent one wire from making electrical contact with another wire. You can check if the wire still conducts elecricity with a battery and the bulb out of a flashlight. good luck
Q: And i am unsure on how to wire the speakers. Do i just splice the wires from the speakers to the corresponding wires on the harness. P.S. It is not actually in a boat, it will be connected to a 12v battery.
U JUST RUN THE HOT(RED) WIRE TO THE BATTERY. U ALSO MIGHT HAVE TO HOOK UP THE MEMORY WIRE(YELLOW WIRE) AND THE REMOTE ( SOLID BLUE) WIRE TO THE POSITIVE TERMINAL OF THE BATTERY AS WELL BEACAUSE SOME RADIOS WONT TURN ON WITHOUT THESE WIRES COONECTED. THE WHITE AND GREY WIRES ARE THE FRONT AND THE GREEN AND PURPLE ARE THE BACK SPEAKERS. YOU SHOULD GET THE WIRING HARNESS FOR THE WIRING IF ITS GOING IN A CAR LIKE A JEEP THEN ALL U GOTTA DO IS MATCH THE COLORS UP ITS EASY . BUT STRAIGHT TO A BATTERY DO IT THAT WAY JUST MAKE SURE U HAVE A GOOD GROUND.

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