RHCM高光蒸汽模溫控制機

RHCM high-gloss steam mold temperature controller

高光蒸汽模溫控制機簡介

Brief introduction to high-gloss steam mold temperature controller

高光蒸汽模溫控制機是采用高光蒸汽，當(dāng)注塑機合模后吹入高光蒸汽，首先打模具溫度提高到一個設(shè)定值，然后開始給模腔注射塑膠，在注塑機完成保壓轉(zhuǎn)入冷卻后，開始注入冷卻水，模具溫度很快下降到一個設(shè)定值后開模，再向模具吹入空氣把冷卻水完全吹走，完成整個注塑過程。奧德最新開發(fā)的高光蒸汽模溫控制機，整機備有高光蒸汽模溫控制機和冷水增壓系統(tǒng)，并增加了熱水和冷卻水回收系統(tǒng)，節(jié)能效果顯著，利潤也相當(dāng)可觀，這是奧德高光過熱水模溫控制機的優(yōu)勢所在。

The high-gloss steam mold temperature controller employs high-gloss steam. When high-gloss steam is blown into the clamped injection molding machine, it is necessary to increase the mold’s temperature to a set value before conducting plastic injection into the mold cavity. After the injection molding machine finishes the pressure maintaining and starts the cooling procedure, cooling water will be injected then. Mold opening will start after the mold’s temperature drops quickly to a set value, and air will be blown into the mold to remove the cooling water thoroughly, thus finishing the entire injection. The Company’s newly developed high-gloss mold temperature controller has a high-gloss steam mold temperature controller and a cold-water pressurizing system and the extra designed hot/cooling water recovery system, promising outstanding energy-saving effect and great profit. It is the advantage of Aode superheated water high-gloss mold temperature controller.

高光蒸汽模溫控制機應(yīng)用

Application of high-gloss steam mold temperature controller

目前在家電、汽車、通訊、日用品、醫(yī)療器械等行業(yè)具有廣泛的應(yīng)用前景，例如液晶電視機、電腦液晶顯示器、筆記本電腦、手機、空調(diào)、汽車液晶顯示器、汽車內(nèi)飾件、車燈和光學(xué)、OA、AV儀器等行業(yè)。

At present, it enjoys extensive application prospects in industries like household electrical appliances, automobiles, communications, articles for daily use, and medical instruments. Particularly, it is widely applied to LCD TV sets, computer LCDs, notebook PCs, mobile phones, air-conditioners, auto LCD, automobile internal ornaments, car lamps, photic, OA and AV instruments, etc.

高光蒸汽輔助成型控制機背景

Background of high-gloss aided molding controller

伴隨著人們對電器和電子的整體要求越來越高，對于相關(guān)塑料殼外觀的要求也越來越苛刻。通常情況下，為了彌補塑料制品的表面缺陷，需要通過后續(xù)噴涂的方式來解決表面的缺陷問題，但這樣會給產(chǎn)品帶來不環(huán)保的問題。

With the higher and higher requirements of people for electric appliances and electronics, their requirements for the appearance of relevant plastic shells are stricter and stricter. Generally speaking, the method to make up the surface defects of plastic products is follow-up spraying, which will make products less environment friendly.