Jakie są elementy odlewane ciśnieniowo z aluminium stosowane w pojazdach elektrycznych?

odlew aluminiowy
/

Aluminum die casting is a manufacturing process that involves injecting molten aluminum into a mold under high pressure to produce a part or component. Aluminum die casting is often used to produce parts and components with a high level of detail and accuracy, and is suitable for use with a wide range of aluminum alloys. Here are some examples of aluminum die casting components that are commonly used in electric vehicles (EVs): Motor housings: Aluminum die casting is often used to produce the housing for the electric motor in an EV, as it is able to provide the necessary strength and durability while also being lightweight. Suspension components: Aluminum die casting can be used to produce a variety of suspension components for EVs, including control arms, knuckles, and hubs. Transmission cases: The transmission case in an EV is responsible for transmitting power from the motor to the wheels. Aluminum die casting is often used to produce this component due to its strength and durability. Battery housings: Aluminum die casting is often used to produce the housing for the battery in an EV, as it is able to provide the necessary strength and durability while also being lightweight. Overall, aluminum die casting is a popular choice for producing a wide range of components in EVs due to its strength, durability, and lightweight properties.

Jaka jest różnica między odlewaniem ciśnieniowym a formowaniem wtryskowym?

odlew aluminiowy
/

Die casting and injection molding are both manufacturing processes that are used to produce parts and components from a variety of materials, including metal, plastic, and rubber. However, there are some key differences between the two processes: Material: Die casting is typically used to produce parts and components from metal alloys, such as aluminum, zinc, and brass. Injection molding is used to produce parts and components from a wide range of materials, including plastic, rubber, and metal. Mold design: In die casting, the mold is a permanent, hollow metal die that is typically made from steel or another high-strength material. In injection molding, the mold is typically made from aluminum or another lightweight material, and is designed to be opened and closed repeatedly. Part design: Die casting is generally used to produce parts with a high level of detail and accuracy, as the metal alloy is able to hold very fine features. Injection molding is typically used to produce parts with a lower level of detail and accuracy, as the plastic or other material may not be able to hold very fine features. Production rate: Die casting is generally able to produce parts at a faster rate than injection molding, as the process does not require the material to cool and solidify before the mold can be opened and the part removed. Overall, die casting and injection molding are both useful manufacturing processes that have their own specific advantages and disadvantages. The best process for a given application will depend on the specific material, part design, and production requirements.

Odlewanie ciśnieniowe cynku a odlewanie ciśnieniowe aluminium

Jak znaleźć dobrego producenta odlewów ciśnieniowych w Chinach?

odlew aluminiowy
/

China has become a world manufacturer been 20 years, that every one wants to buy things from China, Once you have a project that need to make some die casting products, then you need China die casting manufacturer supplier. If you are looking for a good die casting manufacturer in China, there are a few steps you can take to ensure that you find a reputable and reliable company: Research the market: It is important to have a good understanding of the die casting industry in China before starting your search. This will allow you to identify potential manufacturers and evaluate their capabilities. You can do this by reading industry reports, attending trade shows, and speaking with industry experts. Define your needs: Clearly define your requirements for the die casting manufacturer, including the type of die casting process you need (such as aluminum die casting, zinc die casting, etc.), the size and complexity of the parts you need, and your budget. This will help you narrow down your options and find a manufacturer that can meet your needs. Get quotes from multiple manufacturers: Once you have a list of potential manufacturers, request quotes from each of them. This will allow you to compare prices and services offered by different manufacturers. Review the manufacturer’s capabilities: Check the manufacturer’s website and marketing materials to get an idea of their capabilities. Look for information about their equipment, experience, and capacity. You can also request samples of their work to get a sense of their quality. Visit the manufacturer: If possible, visit the manufacturer’s facility to get a firsthand look at their operations. This will allow you to see their equipment and facilities, meet their team, and get a sense of their culture and values. Check references: Ask the manufacturer for references from their previous customers and follow up with those references to get an idea of the manufacturer’s reliability and quality. By following these steps, you can find a good die casting manufacturer in China that is able to meet your needs and deliver high-quality products. Why your should buy die casting products from China supplier? There are a few reasons why you might consider buying die casting parts from China: Cost: China is known for its competitive manufacturing costs, and die casting is no exception. By sourcing die casting parts from China, you may be able to save on material and labor costs, resulting in lower production costs overall. Quality: While there is a common perception that Chinese-made products are of lower quality, this is not always the case. Many Chinese die casting manufacturers have implemented advanced quality control processes and have achieved certifications such as ISO 9001. Experience: China has a long history of manufacturing and a well-developed supply chain. As a result, Chinese die casting manufacturers often have a wealth of experience and can offer a range of manufacturing capabilities. Wide range of suppliers: There are many die casting manufacturers in China, which means you have a wide range of options to choose from. This can make it easier to find a manufacturer that meets your specific needs and requirements. Strong export infrastructure: China has a strong export infrastructure, making it easier to ship products to other countries. This can be especially beneficial if you are located far from China and need to import the parts. Overall, buying die casting parts from China can offer a number of benefits, including cost savings, quality products, and a wide range of supplier options. However, it is important to do your due diligence and carefully research potential suppliers to ensure that you find a reputable and reliable manufacturer.  

Lokówki z potrójnym cylindrem

Jakiej lokówki używać?

odlew aluminiowy, Lokówka
/

To be able to find the right curling iron tool is a very challenging experience, a lot of women, hairstylist have to go through so many brands until they find the right one. Whether your hair is a natural curl or wavy, the right curling iron helps to enhance your curls. Of course all that luscious curls would natural depend on what kind of barrel has been used.  After reading this article you’ll know which types are best suited for your hair and the style you desire. Types of Curling Irons to Use at Home Flat Curling Iron – Use this curling iron to straighten hair.  The iron consists of two flat heated paddles which, when pressed together, remove curls for the hair between them.  Flat curling Iron work with all types of hair.  In addition, you can use a flat curling iron to introduce a subtle wave into naturally flat hair. Crimping Curling Iron – When you crimp hair you get short kinky curls.  This curling iron works best on medium to longer length hair.  Crimping Irons were very popular in the 80’s. Wave Curling Iron – The wave curling iron’s undulating surface (It is wide, skinny, and wide again), produces natural wavy hair.  Rather than creating curly which wrap upon themselves, this iron is used to create great volume and nice S waves in longer hair.  This iron isn’t good on short hair. Single Barrel Curling Iron – The single barrel curling iron is the simplest curling iron to use.  IT consists of a single heated barrel.  Hair is then wrapped around the barrel.  The barrel head heats the hair to create the curl. Double Barrel Curling Iron – Great looking S curls are created by weaving your hair through two heated barrels.  Using this iron is similar to a single barrel iron; it is easy to use.  This iron is best used on longer length hair. 3 Barrel Curling Iron – For bohemian style curls you can’t beat this curling iron.  Three barrels create beautiful tight and wavy curls.  This iron is all the rage today in Hollywood.  Again, this iron is best for longer hair. Irons for Professionals Professional stylists use a Marcel curling iron.   The main difference between this curling iron and a the one you use at home is that your curling iron has a prong loaded grip which you must press to keep hair against the barrel.  The Marcel curling iron uses a level design.  Rotate the lever one way and the hair is pressed against the hot barrel, reverse the level to release the hair.    Professionals use this iron as it gives them ultimate control on setting your hair.  You can use one to, except for one issue.  It is hard to use a Marcel curling iron on your own hair.  The lever design is better suited when working on someone else’s hair and not your own.  

Suszarka do włosów 3500 W

Suszarka do włosów 3500 W

Suszarka do włosów 3500 W
/

Olayer is a powerful hair dryer wholesale supplier in China, initially we create electric items, export injection mould, at middle of 2020, Olayer bought a wholesale hair straightener manufacturer vendor, who has been pink ceramic flat iron & hair irons supplier around 15 years, When it comes to blow dryers there is certainly a huge selection out there which of course makes it very hard to trawl through all of the information for every single one to see which is the best powerful hair dryer for you. The difficulty of this task is multiplied by the fact that many of the blow dryers which are available for sale today have very little information readily for those considering purchasing them. How can these manufacturers expect you to make a decision on whether or not you want to buy their product if they give you hardly any information?! It defies logic. Best 3500 watt hair dryer So, this is where my website comes in to help you out! The reviews I provide are well researched and the main goal throughout this website is to simplify the process of choosing the most suitable 3500 watt hair dryer for you. The blow dryer reviews on this website generally all have similar layout and format to make it easier for you to become familiar with the structure – which should help you to gain a better understanding of each product when you read a review. Generally the reviews will start with a brief introduction, which is followed by a list of features. This list of features I break into two sections to make it easier to read and understand – this again is designed to help you gain a true understanding of the product about which you are reading. After this I do a complete review of the blow dryer concerned in the post and tie up the review with some further information and purchasing links. How to Find the Best 3500 watt powerful Hair Dryer For You3500 watt hair dryer There are countless most powerful blow dryers out there to choose from and it’s important that you find the best one for you. It’s important to research this properly because otherwise you could very easily end up dissatisfied with your purchase. To give you an idea of what I mean I’ll give you an example. Lets say you’re someone who just wants their hair dried as fast as it possible, no frills or fanciness and you’re not concerned with style you just want to dry your hair. Well, in this case it would be a very silly thing to spend a lot of money on a product which may do more than you require. Likewise, if you were someone who wanted high watt hair dryer which would help you style your hair and be certain not to leave frizz or split ends then it would be unwise of you to buy the cheapest one you can find as it probably won’t fulfill your needs and certainly wouldn’t be best high power blow dryer for you. Hopefully you now understand how this website works as well as the problem which it attempts to solve. So, go ahead and find the Best Blow Dryer for you by browsing our featured reviews page. You can also use the price tabs at the very top of this page to browse my blow dryer reviews. Also be sure to see our Informational Reviews Page Today, Olayer wholesale hair straightening company vendor concentrates on developing and making different of hair style tools products, mainly in negative ion light-weight high speed hair dryer, infrared high power mini size of travel hair dryer, Ceramic ion flat iron, 6 in 1 curling iron, cold air hair straightener, wet to dry hair straightener brush, professional & automatic cold air hair curling tools, cold air flat tools etc. We have our own mould and molding maker to manufacture offer the new items development as fast as 2 weeks. Olayer hair blow dryer wholesale company offer OEM/ODM contract manufacture service for all of electrical applications, Olayer agrees to sign and NDA document to protect your project, Customized LOGO is provided, Olayer is a private label flat iron manufacturer in China that will offer you all in one stop service from design, prototyping, testing, re-prototyping, mould making, moulding production, qualification, assembly, examination, packing and delivery, if you are searching for a Chinese hair dryer wholesale company and electric application contract supplier in China, you are welcome to contact Olayer

najlepsza szybka suszarka do włosów

Najlepsza wysokoobrotowa suszarka do włosów 1400 W

Najlepsza szybka suszarka do włosów, szybka suszarka do włosów
/

Among the absolute most highly hair services goods is hair dryer. 220V best high speed hair dryer 1400 watt for Europe and  The United States of America which is created by Olayer China hair dryer manufacturer. If you go for a hair blow dryer in the pro ionic technology ceramic hair dryer line, you’re in for hair that’s gorgeous, healthful, shiny and lively. About 220V best high speed hair dryer 1400 watts As A Chinese hair blower supplier in China that has been produced of electrical individual care products more than 18 years, Olayer Chinese hair dryer wholesale supplier is producing the best premium high-speed hair blower, folding mini hair dryer, hair straightners, crinkling irons, wet to dryer hair straightening brushes, etc. Their hair treatment products have actually become one of the absolute best options for expert hairstylist who is trying to find the very best quality of Chinese hair dryers and other professional hair care goods, the equipment are durable and perform efficiently. With the best high speed hair dryers and hair care instruments from Olayer hair styler wholesale maker, you can arrive at a salon finish style for your hair in the pleasure of your home. Top Chinese 220 voltage high speed Hair Dryers with 1400W 110,000 turns or turbo motor This 220 voltage and 110 v high power hair dryer set with 1400W produced by Olayer blow dryer wholesale supplier is split into 5 major categories. You can choose from: Fashion design with travel tiny size and lighter 3 meter Wire keeper hair blow Dryer Turbo Power, use 110,000 turns per minutes motor and 1400 watts soundless hair dryer, very quiet hair blower with sound lass than 70db but super power. 3 connection, two nozzles plus one diffuser to suite for different hair style during the salon salon. This lightweight high speed hair dryer under Olayer hair blow dryer supplier has a sleek and innovative style that professionals like. It features a highly effective performance in that it has a special motor and fan that provides just the right kind of stress airflow you need to dry and style your hair. It applies a special ionic generation that creates a stream of ions that take away the crimp and static from your hair. If what you search for in a light-weight hair blow dryer is super power, and silent nose plus tiny dimension, you can get the turbo power 1400W hair blow dryer from Olayer hair blow dryer wholesale vendor. It can deal with the thickest hair and get it dried quickly at all. It has variable settings for temperature and speed that works with ionic technology to give your hair a smooth and glossy finish. For a very busy lady, you get the power to dry your hair swiftly so you could style appropriately too. Best Hair Dryers in China This foldable design size of lightweight high speed hair blower created by Olayer Chinese hair blow dryer supplier is all in one hair blow dryer which you need to buy, no matter you are for household utilize or expert stylist using. Regardless of you are in The United States of America, Europe and the other country, 220 voltage, 110 voltage, 240 voltage hair blow dryer requirement that Olayer will supplier the custom made voltage high power hair blower for Europe, United States, Asia or another other country. It is among the greatest hair blow dryer on the market today.

Grubość ścianek części odlewanych ciśnieniowo powinna być spójna

odlew aluminiowy
/

There are no hard and fast rules governing die casting parts wall thickness and consistency.  Inherent in the process is a wall section that possesses a dense fine-grained skin, 0.015-0.020 in. thick (0.4-0.5 mm).  The material between the surface skins tends to be less dense and large grained as a result of a longer solidification time.  This is where defects tend to congregate. Die casters have demonstrated the capability of casting 0.06-0.07 in. (1.5-1.8 mm) thick aluminum walls over large surface areas.  It is feasible to cast small areas as low as 0.04 in. (1 mm). Zinc alloys flow more readily, and can be cast to wall thickness as low as 0.03 in. (.75 mm) Magnesium alloys can be cast to wall thickness 0.035-0.045 in. (.89-1.14 mm) Wall sections should be as uniform as possible.  It is difficult to achieve uniform and rapid solidification of the alloy if the heat load varies from one location to another in the die.  Thinner walls contribute a lesser heat load than heavier walls and will have a longer die life. Intersections of walls, ribs and gussets should blend with transitions and generous radii Generous radii, outside corners, and transitions promote metal flow and internal integrity.  Radii and fillets also enhance structural integrity by reducing stress concentrations in the casting.  Additionally, fillets reduce heat concentration in both the die and castings.  Hot spots that result from sharp corners promote shrinkage voids in the casting. These hot spots also reduce die life at sharp corners in the die cavity steel. Standard draft should be specified Draft is highly desirable on surfaces parallel to the direction of die draw because it facilitates ejection by allowing the casting to release easily from the die surfaces.  The NADCA Product Standards recommendations for minimum draft should be specified. Sharp corners should be eliminated or minimized If sharp corners are required, they readily are accommodated at parting lines and at the junctions of die components.  Sharp corners should be broken with radii or chamfers. Undercuts should be avoided Undercuts should be avoided because they may require machining operations or additional die components, such as retractable core slides.  Slides increase the cost of die fabrication and maintenance.  They can also add to cycle time and manufacturing problems if they flash.  If possible, the component should be redesigned to eliminate undercuts.

Zalety odlewania ciśnieniowego

odlew aluminiowy
/

Why would a product designer choose a die casting over a component manufactured by another competing process? What are the capabilities of a product made with the die casting? During this session, we will answer those questions. We will also explore the length and breadth of die casting applications, and explain the unique characteristics and optimum die casting configuration. After completing this chapter, you will be able to: List the advantages of using die casting process Identify die casting List the characteristics of the optimum die casting configure Identify the components of the die casting shot The information presented in this chapter is of general interest and is background information for material presented in following chapters. In the previous information you learned general information about the die casting industry in China.  In this chapter you will learn specific information about the die casting. The following new terms are used in this chapter. Die casting “shot”      Defined as a noun in this chapter, not a verb. Sprue                       Cone-shaped metal part of the shot that connects the nozzle and runner. Overflows    Small pockets of metal around the perimeter of the part and also in openings. Runner  The path the metal must flow through to get from the sprue or biscuit to the casting. The Die Casting Advantage Die casting produces components at high speed from a range of durable zinc, magnesium , and aluminum alloys while faithfully capturing the most intricate design details. This capability makes it a prime production option for high volume production components. The ability to maintain close tolerances, often eliminating all machining, can make the process the optimum choice for lower-volume production as well. Modern process technology that insures consistent quality Computer control of the significant process variables has led to consistent dimensional control and internal integrity.  The process responds to statistical control and statistical problem solving techniques. Freedom to design intricate configurations Design configuration is only limited to the designer’s imagination and the mold maker’s ingenuity to build the casting die.  A typical example of an intricate configuration is the automotive transmission valve body. Net-shape casting economies, even at lower volumes Elimination of machining and secondary operations can make die casting competitive at low production volumes. Wide variety of available alloys and alloy properties Recall that the typical metals are alloys of aluminum, magnesium and zinc.  Small volumes of alloys made from copper and lead are also routinely die cast.  Iron and titanium materials have also been die cast.  Current alloy development includes the use of composite materials, aluminum and silicon carbide for example. The rigidity, look and feel of metal The perceived quality of a metal component is higher than that made from a non-metallic material. Rigidity is analogous to strength, and is based on the modulus of elasticity, and configuration.  Good rigidity also reduces vibration. Meets moderate to high strength performance Die cast alloy strengths are above plastics and slightly below those of sheet steels. Moderate to high impact and dent resistance Selected alloys have very high-energy absorption capability. Documented fatigue strength characteristics Published values of fatigue strength are conservative.  High density casting processes minimize defects, such as porosity, that initiate fatigue. Excellent sound damping properties Studies indicate zinc and ZA alloys are good at sound damping. Magnesium has demonstrated sound damping in drive train components. Bearing properties that often eliminate separate bearings ZA alloys have good bearing properties.  Aluminum 390 alloy shows good wear resistance. Inherent EMI shielding for electronic applications High conductivity provides inherent shielding Pressure tightness for hydraulic and pneumatic components Alloy selection, gating technology and vacuum systems greatly reduce trapped gases and shrinkage porosity. High quality surface finishes for decorative applications Good surface finish is relatively easy to achieve.  A variety of surface treatments are easy to apply. Meets criteria for serviceability and recyclability Alloys are “green”, easily recycled.  The aluminum alloys are usually produced from recycled materials. The die casting alloy recycling stream is based on a worldwide metal reclamation infrastructure that has been operative for more than 50 years. Today, with the introduction of new, higher performing die casting alloys and new process technologies, many of the old design assumptions about process limitations have become obsolete. New specifications for dimensional control, draft and flatness have been issued. These specifications are reviewed and updated on a periodic basis. New process enhancements including vacuum technology, squeeze casting, semi-solid casting and thixotropic molding have been developed and have led to significantly reduced levels of porosity. The Optimum Die Casting Configuration Before a die casting project is undertaken, the casting design should be evaluated in terms of manufacturability.  In other words, can the casting be manufactured?  Is the casting design optimum? The optimum die casting configuration will: Fill completely with metal. Solidify quickly without defects. Eject readily from the die. The optimum casting configuration does not just happen. Engineers and designers must work together to make sure the casting design fulfills the product requirements and can be manufactured.  To achieve both of these goals, the die casting must be designed with features that capitalize on the characteristics of the die casting process.  The following six principles should be used in working toward and developing the optimum die casting configuration.

Zalety odlewów aluminiowych

odlew aluminiowy
/

Aluminum castings are produced in a range of alloys demonstrating wide versatility in the characteristics than can be achieved. More than 100 compositions are registered with the Aluminum association, and more than 300 alloys are in international use. Properties displayed by these alloys, without considering the expanded capabilities of metal matrix and other composite structures, include: Tensile strength, ksi (MPa)    10–72 (70–505) Yield strength, ksi (MPa)        3–65 (20–455) Elongation, %   <1–30 Hardness, HB   30–150 Electrical conductivity, %   IACS 18–60 Thermal conductivity, Btu · in./h · ft 2 ·°Fat77°F (W/m·Kat25°C)          660–1155 (85–175) Fatigue limit, ksi (MPa)    8–21 (55–145) Coefficient of linear thermal expansion at 68–212 °F (20–100 °C) 9.8–13.7 [1] 10–6/°F (17.6–24.7) [1] 10–6/°C) Shear strength, ksi (MPa)     6–46 (42–325) Modulus of elasticity, 106 psi (GPa)     9.5–11.2 (65–80) Specific gravity       2.57–2.95 An ability to produce near-net-shape parts with dimensional accuracy, controlled surface finish, complex geometries including internal passages, and properties consistent with specified engineering requirements represents significant manufacturing advantages In many cases, multicomponent welded or joined assemblies can be replaced with a single cast part. Machining requirements are reduced. Aluminum castings display controlled variations in as-cast finish. Contrasts between as-cast and machined finishes can be highlighted to create pleasing cosmetic effects. Capital requirements are typically less than for wrought products. Tooling can range from simple patterns to complex tool steel dies depending on product requirements and production volume. Metallurgically or mechanically bonded bimetal parts can be routinely cast. Aluminum parts are routinely cast by every known process, offering a broad range of volume, productivity, quality, mechanization, and specialized capabilities. Most aluminum casting alloys display solidification characteristics compatible with foundry requirements for the production of quality parts. Many aluminum casting alloys display excellent fluidity for casting thin sections and fine detail. Aluminum casting alloys melt at relatively low temperatures. Aluminum casting processes can be highly automated. Many limitations do apply. Very thin sections may not be castable. There are practical limitations in size for specific casting processes. The solidification behavior of some alloys precludes casting in difficult engineered configurations or in specific casting processes. The casting process is simpler and less capital intense than processes for producing forgings, extrusions, and rolled products. However, solidification in complex geometrical shapes, as with other fabrication options, can result in surface discontinuities and internal microstructure features with varying degrees of quality that affect properties and performance. Aluminum alloy castings can display the tensile properties of most forgings, extrusions, and rolled plate. Because wrought products are normally characterized by finely recrystallized grain structures with specific anisotropy and highly textured microstructural features, ductility in longitudinal directions is typically greater than in castings that contain coarser grain structures. Conversely, the typically uniaxial grain structure and absence of anisotropy in cast structures do not present design engineers with the challenges associated with transverse property limitations. Hope this information could help you, If you have any project that needs aluminum die casting mold or tooling, you are welcome to contact us,

Obudowa oświetlenia ulicznego

Obudowa oświetlenia ulicznego odlewana ciśnieniowo z aluminium

odlew aluminiowy, Aluminiowa obudowa oświetlenia LED odlewana ciśnieniowo, Części obudowy oświetlenia LED
/

Odlewanie ciśnieniowe aluminium zostało udowodnione jako idealny sposób na tworzenie różnych części składowych obudowy oświetlenia ulicznego z różnych materiałów, od miedzi, cynku, aluminium i lekkich stopów aluminium. Operacja odlewania ciśnieniowego gwarantuje precyzję wymiarową, która wymaga niewielkiej lub żadnej obróbki wymaganej do wykończenia towaru, eksperci twierdzą, że obudowa oświetlenia odlewanego ciśnieniowo jest ekonomicznie możliwa. A kilka właściwości aluminium może sprawić, że będzie to świetny metal do projektowania odlewów ciśnieniowych. Niestandardowa aluminiowa obudowa oświetlenia ulicznego odlewana ciśnieniowo jest cenna, wyjątkowa i nie do uniknięcia w przemyśle lekkim. wystarczy zainwestować trochę gotówki w części odlewnicze do obudowy oświetlenia ulicznego, a stworzysz markę na całym świecie. Obudowa oświetleniowa odlewana ciśnieniowo W tej chwili jest to świetny czas dla przemysłu oświetleniowego LED. CNM TECH jest producentem obudów oświetleniowych z aluminium odlewanego ciśnieniowo, z xx-letnim doświadczeniem w odlewaniu ciśnieniowym, malowaniu proszkowym, komputerowej obróbce numerycznej (CNC) i tak dalej, i zapewnia najlepszą usługę odlewania ciśnieniowego dla opraw różnych marek i wielu części do obudowy oświetlenia ulicznego. Czym właściwie jest niestandardowa obudowa oświetleniowa odlewana ciśnieniowo? Oznacza to, że wysyłasz rysunek do firmy odlewniczej i płacisz koszt formy odlewniczej. Dostawca odlewów ciśnieniowych produkuje odlewaną obudowę oświetleniową zgodnie z rysunkiem. Mogą po prostu sprzedać twój produkt dla ciebie osobiście. Żaden inny klient nie może uzyskać Twojego projektu. Dlatego jest to Twój własny, unikalny projekt i styl dla części obudowy oświetlenia LED na rynku. Czym właściwie jest publiczna obudowa oświetleniowa odlewana ciśnieniowo? Ten dostawca odlewów ciśnieniowych produkuje swoją konkretną kopię lekkiej obudowy kilku stylów na rynku. Sprzedają je wszystkim klientom. Dlatego można zaobserwować, że odlewane obudowy oświetlenia LED są dostępne na całym rynku i nie są unikalne. Co robi firma odlewnicza CNM TECH? Poświęciliśmy nasze najlepsze doświadczenie w branży odlewów ciśnieniowych dla firm oświetleniowych. CNM TECH oferuje 8 lat doświadczenia na rynku oświetlenia ulicznego LED. Dlatego stale wykonujemy niestandardowe obudowy oświetlenia podłogowego na zewnątrz. Dlatego nie wykonujemy publicznych odlewów ciśnieniowych i nie zamierzamy demonstrować prywatnych rysunków różnym firmom oświetleniowym, wykonujemy tylko odlewane ciśnieniowo obudowy oświetlenia ulicznego dla innych odlewanych ciśnieniowo obudów oświetlenia LED zgodnie z projektem klienta i nigdy nie będziemy sprzedawać tych odlewanych ciśnieniowo części obudowy innym stronom trzecim. Nasza firma zbudowała i dostarczyła odlewane ciśnieniowo elementy aluminiowe na najwyższym poziomie. Stale wykorzystując surowce najwyższej jakości i zaawansowany sprzęt - niektóre z części odlewniczych do obudów oświetlenia ulicznego, które możemy wykonać * - obudowy led * - obudowa oświetlenia ulicznego * - wysokociśnieniowa powłoka odlewnicza * - korpus oświetlenia ulicznego led * - zewnętrzna obudowa światła powodziowego Rozwiązania odlewnicze z aluminium CNM TECH do produkcji części oświetleniowych LED są wykorzystywane na wielu wiodących rynkach. Spełniamy wymagania klientów dotyczące najwyższej jakości, począwszy od obudowy radiatora, chłodnic, obudowy przeznaczonej do lekkiej ramy. Uważamy, że nasza zdolność do obniżenia kosztów produkcji i oprzyrządowania jest dla Ciebie satysfakcjonująca. Jak można niestandardowe odlewane ciśnieniowo aluminiowe części obudowy oświetlenia ulicznego z usługami CNM TECH? 1- Klienci wysyłają nam rysunki IGS / STEP lub próbkę, aby otrzymać ofertę. 2- Z pewnością omówimy główne punkty, aby spełnić Castability. 3- Po zatwierdzeniu przez klienta naszych stawek, wyślemy nasz trójwymiarowy szkic formowania do akceptacji. 4- Po zatwierdzeniu projektu formowania 3D rozpoczniemy produkcję oprzyrządowania / formy po wpłaceniu pierwszej wpłaty kosztów formy / oprzyrządowania. 5- Po zakończeniu formowania / oprzyrządowania wyślemy próbki do zbadania przez klientów; 6- Po zaakceptowaniu próbek z pewnością połączymy produkcję na zamówienie próbne po dokonaniu płatności przez klienta, aby uzyskać saldo dla tej formy / kosztów oprzyrządowania. - Dlaczego więc wybrać CNM TECH jako producenta odlewów ciśnieniowych obudowy oświetleniowej? *- Jesteśmy dobrą fabryką. Oferujemy kompleksową obsługę, od projektowania form i stylu po produkcję części do metalowych odlewów aluminiowych * - Bardzo dobra komunikacja z każdym z naszych klientów, szczególnie gotowa do omówienia szczegółów rysunków. *- Lata w niestandardowych oprawach oświetleniowych LED do odlewania ciśnieniowego, oprawach oświetlenia zewnętrznego, obudowach do odlewania ulicznego przez firmy zajmujące się oświetleniem ulicznym * - Różnorodność wagowa wszystkich urządzeń odlewniczych: długość: 2M, waga: 5g ~ 40 kg. *- Rozmiary tonażu urządzeń odlewanych ciśnieniowo z aluminium: 300T,500T,800T,1250T,2000T *- Wykończenie i obróbka powierzchni: pokrycie proszkowe, polerowanie, piaskowanie wykonywane w domu *- Obróbka uzupełniająca: Gratowanie, gwintowanie, wiercenie, polerowanie, obróbka CNC, montaż *- Najlepszy dostawca odlewów ciśnieniowych Discolor, Philip, Dianming i wielu innych *- ISO9001, a także TS16949 Producent odlewów ciśnieniowych z CMM *- Liczne doświadczenia zawodowe oraz ponad dwie dekady historii produkcji *- Od projektu i stylu, odlewanie, przesiewanie do eksportu usług dostawy zapewniają rozwiązanie 100%, *- Super dokładność, przystępna cena sprzedaży i szybka dostawa *- Doskonała kontrola jakości, systemy kontroli jakości zapewniają najwyższą jakość *- Dostępne dla oryginalnych rozwiązań OEM i ODM *- Wysoka dokładność, najwyższa jakość Odporne elementy utrzymują się długo. *- Efektywna szybkość odlewania, wysoka wytrzymałość, kompaktowa konstrukcja. *- Materiał korpusu: Odlew ciśnieniowy ze stopu aluminium. *- Bardzo łatwy montaż. *- Zorientowanie na klienta i najwyższa jakość wykonania. *- Precyzja i harmonia wymiarów. *- Wytrzymałość na wysokie temperatury pracy. * - Z pewnością na czas. *- Aluminiowa obudowa odlewana ciśnieniowo *- Najwyższa jakość. *- Różnorodna obróbka powierzchni Kwalifikacja ISO9001: 2008. *- Długowieczność obudowy i ochrona źródła światła. Zadzwoń do nas już dziś i dowiedz się więcej, a także zobacz, jak możemy zaoszczędzić pieniądze i czas na spreparowanych częściach do elementów obudowy oświetlenia ulicznego. Obudowa oświetlenia ulicznego Led, obudowa Led, prosimy o kontakt

Przewiń do góry

Wycena