2022-10-20 12:28
Adhemax®NiLow – 用于塑料電鍍的無氨化學鎳
Ammonia-free electroless nickel process for plating on plastics
高濃(nóng)度的氨氮(dàn)是化學鎳廢水難于處理的重要原因之一,氨氮超(chāo)标排放會對魚類等(děng)水生生物造成毀滅(miè)性打擊,近年來國家對氨氮的(de)排放限制(zhì)愈發(fā)嚴格,中國(guó)電鍍排放标準中對氨氮的(de)排放上限已經降(jiàng)至 8 ppm。
High concentration of ammonia & nitrogen is very difficult to be treated in EN wastewater, and its excessive emission will cause devastating strikes to aquatic organisms. Therefore, the restriction on ammonia & nitrogen emission becomes much stricter worldwide in recent years. The upper limit of ammonia & nitrogen in Chinese Emission Standards for electro-plating has been reduced to 8 ppm.
氨氮作爲化學鎳的(de)重(zhòng)要組(zǔ)分之一,具備絡合、穩定和緩沖的作用,性能優異,幾(jǐ)乎無可取代。
“隻要做塑料電鍍,就難(nán)以繞開化學鎳;隻要用化學鎳,就(jiù)難以回避氨氮問題。”
長久以來,這(zhè)個矛(máo)盾(dùn)都看似無法(fǎ)調和。
As one of the important components of electroless nickel, ammonia is almost irreplaceable with its ability of excellent complexing, stabilizing and buffering.
‘Electroless nickel could not be avoided when plating on plastics, while ammonia could not be avoided when using electroless nickel.’
This conflict seems inevitable for a long time.
Adhemax®NiLow無氨化學鎳工藝是安美(měi)特NiLow系列最新的研發成果(guǒ),至今已在全球多個國家實現工業(yè)化應用,在中國某家大型汽車配件(jiàn)供應商實現量産,用于ABS和(hé)ABS/PC素材,其優(yōu)良的穩定性和可(kě)靠(kào)性得到了客戶(hù)的認(rèn)可。
Adhemax®NiLow is the latest improved version on basis of Atotech NiLow series and has been used in many countries worldwide. In China, Adhemax® NiLow has gone into mass production successfully in a large automotive supplier and its stability and reliability for ABS and ABS/PC was highly praised by customer.
安美特Adhemax®NiLow用于塑料的無氨化學鎳的(de)主要特(tè)點如下:
1. 高穩定性,可以24小時連(lián)續生産;
2. 整個使用周期氨氮排放爲0;
3. 應用于ABS和ABS/PC素材;
4. 不含氨氮,不含(hán)鉛,不(bú)含硼酸;
5. 易(yì)于操作和控制,操作溫度30-40℃。
Atotech Adhemax®NiLow is an ammonia free electroless nickel for plating of plastics, the main features are as below:
1. High stability, suitable for continuously production.
2. Zero emission of ammonia & nitrogen.
3. Suitable for ABS and ABS/PC materials.
4. Free of ammonia & nitrogen, lead and boric acid.
5. Easy to operate and control, can be used at low temperature (30-40℃).
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