• Quartz Rod(Mainly used in the optical fiber industry) System 1
  • Quartz Rod(Mainly used in the optical fiber industry) System 2
  • Quartz Rod(Mainly used in the optical fiber industry) System 3
  • Quartz Rod(Mainly used in the optical fiber industry) System 4
  • Quartz Rod(Mainly used in the optical fiber industry) System 5
  • Quartz Rod(Mainly used in the optical fiber industry) System 6
Quartz Rod(Mainly used in the optical fiber industry)

Quartz Rod(Mainly used in the optical fiber industry)

Supplier:
CBMA Quzhou Kinglass Quartz Co.,Ltd
Ref Price:
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Loading Port:
SHANGHAI
Payment Terms:
TT OR LC
Min Order Qty:
50 pc
Supply Capability:
30000 pc/month

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     As long as the quartz rod is used in the optical fiber industry, it is processed into a specified diameter and length according to customer needs.

Diameter range:30-150mm

Length range:300-2700mm

    The total content of aluminum, calcium, lithium, sodium, potassium, iron, magnesium, nickel, cobalt, copper, manganese, titanium, boron 13 impurity elements should be less than or equal to 50.0X10^(-6), of which potassium, sodium, potassium content should be less than or equal to 3.0X10^(-6) and the sum should be less than 6.0X10^(-5), iron content should be less than or equal to 1.5X10^(-6), nickel, drill, copper content should be less than or equal to 0.1X10^(-6)

Q: What is the optimum ultrasonic frequency for ultrasonic cleaning of silicon wafers?
The bottom wall of the frame is made of fence like quartz bars, and the whole frame is supported by the support feet in the cleaning tank. The present invention changed the vertical level of ultra ultra washing after washing solution, because the distance of ultrasonic ranging from silicon source pollutants easily accumulate in the surface of a silicon wafer is caused by a local difficult clean problem and eliminate the made of PTFE material bearing silicon adsorption and blocking software basket will transfer the ultrasonic source, resulting in local area of silicon wafer surface cleaning the phenomenon is not clean.
Q: The difference between quartz fiber and high silica fiber
The high silica fiber is made from alkali free fiber or high silica fiber by acid treatment. The fibers are removed from other fiber components except SiO2 and then sintered by hot sintering;
Q: What is an optical fiber heat shrinkable tube used for?
Protect the fiber after welding, and the reinforcement inside makes the contact more solid
Q: Is quartz wool insulation material?
Quartz wool is a kind of quartz fiber.A fabric made from high-purity silica and natural quartz crystals; shaped like cotton.
Q: The problem of using crystal powder to make crystal
Chemistry will know although I do not know what but in boiling water is 100 degrees. The node can only display the diamond crystal to out only after the most hard things that do not know can not stand the crystal modification in the volcano.
Q: The working principle of quartz tube heater
Far infrared heating tube is used by the opal quartz glass tube, with special processing of resistance alloy material as a heating element, the opal quartz glass can be absorbed into the electric wire from radiation almost all of the visible light and near infrared light, and can make the far infrared radiation. But the current industrial infrared heating tube basically eliminates the milky white quartz tube, because of its relatively brittle material, it can not form a very long white heating tube. The milky white has an anti - light effect that stops its heat. Because of its high wall temperature, it is only suitable for near infrared heating.
Q: What is crystal powder?
The crystal powder is Japanese jelly powder, crystal powder mainly composed of carrageenan, sodium alginate, agar gel and pectin gel plant compound and into, can slowly dissolve in cold water, soluble in hot water. Cold noodle powder (crystal powder) the amount of 0.8% of total food freezing and cold noodle ~ 1.0%.
Q: What can be used after battery recycling?
To recover a ton of waste dry battery as an example, after processing can be made: zinc manganese powder 140 kg, 440 kg, ammonium chloride 42 to 70 kg, 35 kg of manganese dioxide, graphite rod 70 kilograms, 4 kilograms of copper, iron bottom 17 kg.
Q: Indoor cable heat shrinkable tube is fiber heat shrinkable tubes do
The heat shrinkable tube is composed of a transparent heat shrinkable tube, a hot melt pipe and a stainless steel needle (or ceramic rod / quartz rod).
Q: Characteristics and characteristics of ultra high temperature filter media
There are two kinds of Si3N4 fiber preparation method: one is to chlorosilane and six methyl two silicon nitrogen as the starting material, the first synthesis of hydrogenated stable polysilazane fibers by melt spinning, by melting and burning Si3N4 fibers; two with pyridine and two chloro silane as raw materials, the reaction of white the solid adducts under the protection of inert gas, and then get the whole solution of ammonia cyanide polysilazane in nitrogen, dissolved in organic solvents with hydrocarbon into the spinning solution made of fiber by dry spinning, and then in an inert gas or ammonia at the temperature of 1100-1200 DEG C for heat treatment and silicon nitride fiber.SiBN3C fiber is also produced by pre polymerization method. It is the newest ceramic fiber. The starting material is poly silicon nitrogen. It is obtained by melt spinning, cross-linking, melting and cracking.SiO2 is mainly through the same fiber and preparation of high silica glass fiber process, first made of glass material, then two times of melting, melt spinning with platinum crucible, a temperature of about 1150 DEG C, are further processed into fibers or fabrics and other products postprocessing with hot hydrochloric acid, get rid of B2O3 the composition of HNa2O, the sintering mass fraction of fiber in SiO2 reached 95%-100%, in addition, there are configured using SiO2 as raw material, high viscosity of the sol after spinning, obtained precursor fibers, and then heated to 1000 DEG C can be obtained with 99.999% purity quartz fiber. In addition, the quartz rod or the oxyhydrogen flame can be fused into coarse fiber, and then the continuous fiber with a diameter of 4-10 mu m can be drawn into a continuous fiber with a constant speed through an oxyhydrogen flame or a gas flame, and the content of SiO2 is 99.9%.

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