IWC Schaffhausen’s Post

The 3D renders are incredible ! If the in-hand product can effectively match both lights-on and lights-off colors on all parts (wristband, case, dial,hands)...let there be light ! The watch is a bit too flashy for me but works extremely well as a proof of concept. One can expect more refined and clever uses of this technology. Elephant in the room question for you IWC Schaffhausen , is the bucle fully luminous as well ?

7075 aluminum is typically more yellow than other alloys due to the copper content in the material's composition. This is something to be aware of when selecting a specific alloy, when the aesthetic appearance of the part is critical. Unsure of how material composition might impact your parts? Connect with our experts for suggestions: https://bit.ly/2Vfl6Ra #anodizedaluminum #aluminumanodizingservice

How Can Stainless Steel Screen Mesh Improve Your Ceramic Production Process?

How Can Stainless Steel Screen Mesh Improve Your Ceramic Production Process? In the production process of modern ceramic products, the control of material quality is of paramount importance. MAISHI stainless steel screen mesh, with their outstanding quality and precise filtration performance, have become an indispensable partner in the ceramic industry. Materials are the cornerstone of ceramic quality, and precise screening and filtration are key steps to ensure the purity of the materials. MAISHI's screen mesh can effectively remove larger particles and impurities, ensuring that materials such as clay, quartz, and feldspar can be uniformly mixed, thus laying a solid foundation for the production of high-quality ceramic products. When the material is transformed into slurry, MAISHI's filter mesh demonstrates its value once again. Our mesh can filter out particles that are not fully ground, ensuring the fineness and uniformity of the slurry, which is crucial for the smooth texture and strength of ceramics. The application of glaze is a key step in the beauty and durability of ceramics. MAISHI's screen mesh plays an important role in glaze screening; it can sift out large particles, preventing defects on the ceramic surface, ensuring the aesthetic and consistency of the finished product. Our screen/filter mesh commonly comes in specifications such as 60, 70, 80, 90, 100, 110, 120, and 150 mesh, with widths typically at 1.3 meters and 1.6 meters, to meet the needs of different production lines. It is widely recognized in the ceramic product industry as a high-quality choice for its corrosion resistance, high-temperature tolerance, and superior strength and durability. Join hands with MAISHI for unmatched quality and craftsmanship that will elevate your ceramic products to new heights. Reach out to us now, and let's embark on a journey of innovation! #CeramicFiltermesh #Quartzpowderscreening #Mudfiltration #Glazeslurryfiltration https://lnkd.in/gjjTrMwG

How Can Stainless Steel Screen Mesh Improve Your Ceramic Production Process?

👉 There is no doubt that the use of magnets has permeated our daily lives. When cleaning the hair dryer, I found that it uses a magnetic back cover, which greatly reduces the time to remove the back cover of the hair dryer, which is very convenient. The magnets used in the back cover are relatively common, usually using NdFeB magnets. In order to meet its specific use scenarios, the magnet needs to adopt a high-temperature-resistant design, which usually requires the maximum operating temperature of the magnet ≥ 100 ℃ to ensure that the magnet will not be easily demagnetized in a long-term high-temperature environment. The design of magnetic components usually needs to be adjusted according to the characteristics of the usage scenario. We have an experienced design team that can provide turnkey service for our customers, from design to R&D and production. 🤨 For more information, please visit our website: www.newlandmagnet.com #NdFeBMagnet #MagneticComponent #HairDryer

Nitinol Round Wire diameter 0.001"（0.025mm)up to 0.250"（6.35mm) Surface finishes：Black oxide / Light oxide /Pickled/ Etched/Polished Standards：ASTMF2063

#2inch #Fullrange with ABS basket and POD. #Dashboard Fast Installation in Car. Final design is ready and testing. F0 is almost lower than 200hz Upgraded Configuration: #Aluminum #Magnesium #Cone Aluminum Magnesium Cap, #EPDM Rubber Edge , #Double #Neodymium Magnetic What is EPDM? EPDM is a material obtained by adding foaming agent to rubber and then undergoing high-temperature reaction. This means that there are many pores inside EPDM, resulting in a lower density, lighter weight, and softer texture

The Post-Growth Process of Lab-Grown Diamonds. After growth, rough lab-grown diamonds are sorted based on characteristics like model, fluorescence, color, clarity, and size. This step is crucial for cost efficiency, as it directs each diamond to specialists best suited for its unique features. Occasionally, a small window is polished on the diamond's surface to aid in accurate assessment. Planning: The optimal method for cutting each diamond is determined to retain the most weight and enhance its value. Planners aim to achieve the highest yield, which is the ratio of polished carat weight to rough carat weight. Using advanced technology and expertise, they focus on maximizing the final carat weight, crucial for the diamond's value. Marking: After planning, the diamond is marked to indicate where cuts should be made. Sawing: This Process involves cutting the diamond along the planners' marks using lasers. Laser sawing offers superior precision and speed, reducing the risk of cracks and minimizing weight loss compared to traditional metal blade sawing. Bruting: This involves shaping the diamond and forming its final shape and facets. Savji Dholakia | Ghanshyam Dholakia | Hasu Dholakiya | Rajesh Dholakia | Dharmesh Dholakia | Pintu Dholakia | Brijesh Dholakia | Hitarth Dholakia | Dravya Dholakia | Heet Dholakia #labgrowndiamonds #LGD #manufacturing #quality #innovation #productdesign #export #industry #technology #manufacturer #production #business #fashion #luxury #jewelry #diamonds #craft #dholakialabgrowndiamonds

#WEEKENDCOURSE | ELECTROFORMING TECHNIQUES BY LUCA TRIPALDI The electroforming technique allows to coating of any kind of material, with a thick coat of copper. By mastering this technique, there are no limits to creating new shapes and textures that cannot be achieved with other techniques. Electroforming allows coating a thin layer of copper in silicon molds as an alternative to the lost wax process. You will begin to reconsider some common materials and how to transform them into unconventional and unique Jewellery. Course Schedule: 25th – 26th May 2024 Sat – Sun: 10-13 am *14-17 pm Price: 550 € Deposit to be paid to secure the place: 150 €. All the materials to make the pieces in the class (Conductive paint, silicon for mold, synthetic stones) are included in the price. Info and contact: info@alchimia.it