Compression molding is a manufacturing process that uses a cavity half and a core half of a mold to form material into a specific shape created by the two mold halves. Compression molds vary depending on the material being compressed and the dictates of the type of mold required.
Typically, a compression mold is mounted in a vertical press (unlike the horizontal presses that are prevalent in the Injection Molding process). Compression molding often requires that the [charge" of material be loaded into the mold, either manually or automatically, prior to the mold halves closing.
we ever did many compression silicon parts , the hardness from 30shore A till 80shore A, colors can be customized whatever you want, we can do the compound color for you. Several free samples for the review before the overall demand running to ensure everything is clear and aligned to go. Please contact us for the professional suggestions, we have been in this field for more than 15years. thanks.
Compression Molding,Compression Forming,Rubber Compression Molding,Compression Moulding Process Suzhou FCE precision electronics Co., LTD , https://www.sjfukeyifcesz.com
On May 4, 2015, China's Shanghai Science and Technology Co., Ltd. (Nasdaq: CREE) announced the launch of a new high-intensity XLampXP-LHILED device with a single chip, with a 50mm diameter optical lens at 10W, available More than 100,000 cd light. The high-intensity XLampXP-LHILED device is based on Cree's breakthrough SC5 technology platform, which provides more than double the light intensity under the same optical matching conditions compared to the industry's highest performance single-chip XP-LLED devices. The high-strength XLampXP-LHILED device is available in the existing 3.45mm x 3.45mm XP-L package, enabling lighting manufacturers to rapidly improve lighting product performance and reduce lamp size in applications such as track lights, outdoor lighting, and stadium lighting. Reduce system costs. The high-intensity XLampXP-LHILED device features Cree's innovative primary optics design that dramatically reduces over 50 optical companion sizes and delivers ultra-high light intensity at 185lm/W (@1W). The high-intensity XLampXP-LHILED device provides an immediate boost to the original XP-based luminaire design, helping lighting manufacturers achieve higher light levels and fewer luminaire redesigns to accelerate time to market. JonQuenzer, electrical engineer at Trek, said: The high-intensity XLampXP-LHILED device offers a great option for our next-generation luminaires. We can quickly improve the light efficiency and light intensity of lighting products without changing the original XP-G2-based optical or drive design. Dave Emerson, vice president and general manager of the LED business unit, said: The high-strength XLampXP-LHILED device once again proves that Cree's unremitting efforts for innovation can achieve high luminous flux and high light intensity in a small size specification. XP-LHILED will enable lighting fixture designers to fundamentally change the original mindset when faced with the choice of LED devices for high-intensity lighting applications. The XP-LHILED will also enable lighting manufacturers to achieve performance levels that were previously impossible. High-intensity XLampXP-LHILED devices provide performance characterization and binning at 1,050 mA, 85C temperature, CRI up to 90, color temperature 2,700K to 8,300K, and are ENERGY STAR certified for ENERGY STAR The manufacturer of lighting fixtures provides a 6,000-hour LM80 test report. Sample applications are now available for high-strength XLampXP-LHILED devices and can be mass-produced with standard lead times.