https://www.myblossom.tw/ 自華光電有限公司

自華光電®陶瓷晶片加熱器 myBlossom® Ceramic Chip Heaters


自華光電®陶瓷晶片加熱器 現貨超市
myBlossom® Ceramic Chip Heaters


陶瓷晶片加熱器 Ceramic Chip Heaters
由氮化矽製成的芯片加熱器通常是矩形的。 可以生產各種尺寸和批量,直至我們的模具直徑為400毫米。 陶瓷的特殊性質和低質量使得加熱速度快,溫度分佈均勻,控制精度高。 小型加熱元件可在較短的循環時間內以非常高的表面功率進行操作控制。 與金屬相比,即使在溫度變化的情況下,由於其低熱膨脹,陶瓷表面仍保持非常光滑。 熱壓氮化矽的高強度保證了高應力耐受性(例如高壓負荷)和優異的耐磨性。 我們提供的微型加熱器可在高達500°C的高溫環境中進行露天作業,而加熱器可在高達1000°C的高溫區域進行加熱。

客製化設計 Customized design
我們的內部設計使尺寸,配置或性能的任何修改變得簡單和方便。 可以包括用於溫度傳感器或吸管的安裝支架孔和孔。 激光切割真空槽也可以添加。 我們的芯片加熱器已經是平坦的地面,但是他們可以進一步研磨至<10μm的平面度以滿足特定的要求。 形成待加熱元件的輪廓的各種形狀也是可能的。 他們可以作為一個點(點加熱器)或突出平坦。 這樣可以加熱尺寸小於1平方毫米的區域。 小型加熱器可以轉換成低電壓工作。


自華光電 - 德國Bach-RC陶瓷加熱器 台灣獨家代理商暨大陸代理商
Allen K. Lin | Allen@myblossom.tw | LINE ID: Allen-007 | Wechat ID: Allen-006 | T: 0910-782775



myBlossom® Ceramic Chip Heaters

myBlossom® Ceramic Chip Heaters

Chip Heaters
Chip heaters made of silicon nitride are normally rectangular. Various dimensions and batch sizes up to our die diameter of 400 mm can be produced. The special properties and the low mass of ceramic allow fast heating rates, a uniform temperature distribution and high control accuracy. Small heating elements can be operated controlled with very high surface power at short cycle times. In comparison to metal the surface of ceramic stays very smooth due to its low thermal expansion even when operated with changes in temperature. The high strength of hot-pressed silicon nitride guarantees high stress resistance (e. g. with high pressure loads) and excellent wear resistance. We provide miniature heaters for operating in the open air at temperatures up to 500 °C and heaters with a cold area at temperatures up to 1 000 °C.

Customized design
Our in-house designs make any modification in size, configuration, or performance simple and convenient. Mounting-bracket holes and bores for temperature sensors or suction pipes can be included. Laser-cut vacuum grooves can be added as well. Our chip heaters come already flat ground, however they can be ground further up to a flatness of < 10 μm to meet specific requirements. A variety of shapes formed to the contour of the element to be heated are possible as well. They can be produced as a point (point heaters) or as protruding flat. Thus heated areas with a size of < 1 mm2 are possible. Miniature heaters can be converted to be operated on low voltage.