One of the numerous ways you may protect your house or business is to use copper metal powder to extinguish a fire. However, there are a few things you should know before you buy.
Atomized copper metal powder TC and RTC coefficients are hot in the microelectronics sector. As a result, researchers discovered that this material is not only a good source of energy, but it may also provide exceptional resistance and endurance. Furthermore, CoNi alloys have a greater saturation magnetization (stm) and are thermally stable to 300 degrees Celsius. As a result, copper metal powder may be an ideal material for use in high-temperature applications. An in-depth research of the aforementioned material's micro- and nano-scale characteristics was conducted to explore its performance. The results revealed that the aforementioned metal exhibited significant TC and RTC coefficients, as well as microhardness in the tens of thousands. It also has a better tensile strength in the millions of pounds per square inch (psi) range with an elongation deformation rate of less than a hundredth of a percent.
The most important takeaway from this research is that the performance of CoNi alloys is heavily reliant on the quality of the hcp crystal orientation. Furthermore, the best performance was obtained by using the smallest particle size, precisely the tiniest of the tiniest.
Three distinct morphologies of copper powder particles were studied using the X-ray diffraction technique. Dendrite, globule, and compact agglomerates are the morphologies. The morphologies were investigated in order to discover the relationship between crystal structure and particle morphologies.
The particle morphologies were assessed using X-ray diffraction morphology and particle size distribution (PSD) analyses. The morphologies of the particles differed substantially from one another. Spherical or round particles are the most common. The shape of the particles indicates the procedure employed to create them. Typical particle sizes range from 0.2 microns to 1.5 microns. The samples' average particle size was 0.147 micron.
The morphologies of the Cu powder particles were also investigated in order to determine their relationship to the crystal structure. Electrolytic techniques created three sorts of particles. The specific surface area (SSA) of these particles was very high. The MALVERN Instruments MASTERSIZER 2000 was used to calculate the specific surface area.
Metallic friction materials can operate at higher temperatures than organic friction materials. They can also be used in heavy-duty applications. They are extremely ductile and electrically conductive.
The mechanical properties of copper alloy powder are affected by the nickel-to-copper ratio and the post-sintering heat treatment. A commercial copper-alumina alloy has a tensile strength of 85 ksi at room temperature (58 MPa).
Copper-graphite alloys can also have strong heat conductivity. They do, however, have a low contact resistance. They are employed in rotating machinery pieces. At low speeds, graphite has a lower lubricating effect and can reduce the friction coefficient. More graphite can transfer to the friction surface at high speeds. The friction film, however, is rapidly dissolved due to the inadequate bonding between graphite and the matrix.
It has been stated that copper-based materials can work at 800 degrees Celsius. This is due to the fact that the Cu content in region C remains high. However, the lack of film coverage lessens the intensity of Cu.
MET-L-X Powder is a metal fire extinguishing media that is composed of 86 percent sodium chloride, metal stearates, tricalcium phosphate, and a thermoplastic substance. Nitrogen or carbon dioxide can be used to extinguish this substance. For horizontal Class D fires, it is a fairly effective extinguishing material.
Ansul Fire Protection, Inc. manufactures MET-L-X Powder, which is utilized in the steel sector. This substance is quite effective in making metal powder such as metal salt fires. It can also be used to put out vertical and horizontal lithium fires.
Graphite powder is another metal fire extinguishing substance. Graphite powder is effective on high-temperature metals and smothers burning metals. It is also a heat sink. Graphite powder, on the other hand, will not adhere to vertical or running lithium flames.
Graphite can also be used to treat magnesium and other metals. Magnesium flames, on the other hand, frequently react with other chemicals. To control magnesium flames, boron trifluoride and silicon tetrafluoride have been utilized.
Changsha Tianjiu Metal Materials Co., Ltd. (hereafter TIJO) began research on "spherical metal powder" in 2007. In the year 2010, the company was founded. The company has over 15 years of expertise and a strong technical basis in the field of metal material R&D production.
Our organization manufactures and sells spherical titanium powder. These products are carefully formulated, have low contaminants, can be adjusted for particle size and fluidity, and have controllable particle size. It is used in a range of applications, including powder metalurgical.
ISO9001 Quality accreditation has been granted to our organization. All goods such as spherical copper powder comply with ROHS regulations.
Customer assistance is accessible 24 hours a day, seven days a week over the internet, and includes an air travel to the place when necessary for all products such as nickel chromium powder.
EN 
CN
DE
ES
JA
KO
RU
AR
