外润滑剂

  • 网络external lubricants
外润滑剂外润滑剂
  1. 外润滑剂ZB-74和G-74优于硬脂酸酰胺,而硬脂酸酰胺又优于固体石蜡;

    External lubricants ZB-74 and G-74 were better than stearic amide , and stearic amide was better than hard paraffin .

  2. 在保持其它条件不变的情况下,通过改变外润滑剂的用量和种类,对实验取得的扭矩和时间数据进行了分析对比,选择出了最优的润滑剂用量。

    Through adjusting the using amount and the kind of the external lubricants without changing other conditions , analyzing and comparing the obtained torsional moment and time data , the optimum using amount of lubricants were selected .

  3. 本文分别采用石蜡、祥和专用蜡、白油作为软PVC注塑料的外润滑剂。

    The effects of outer lubricants such as paraffin , special wax and white grease on fluidity and processability of injection_mould materials of soft PVC and ware appearance were studied .

  4. 以吉化产ABS粉料和SAN树脂为基础原料,通过调整各组分及其用量,考察内润滑剂、外润滑剂、粉料的含量及不同分子量SAN对吉化ABS性能的影响。

    By using ABS powder and SAN resin as basic material , the effects of in-lubricant , out-lubricant , the contents of ABS powder and the molecular weight of SAN from Jilin Chemical Industrial Company on the properties of ABS were investigated .

  5. 试验表明:丙烯酸酯类加工助剂和内润滑剂能促进RPVC的塑化,外润滑剂却延长塑化时间;

    The experimental results showed that the processing aids acrylic resin ( ACR ) and inner lubricant could promote the fusion of RPVC , but external lubricant prolongs fusion time .

  6. 软聚氯乙烯注塑料外润滑剂选择研究

    Selection of Outer Lubricants for the Injection-mould Material of Soft PVC

  7. 聚氯乙烯外润滑剂高分子复合酯的中试研究

    A Pilot Test of Synthesis of Complex Esters used in PVC External Lubricant

  8. 将国内外干式润滑剂进行对比,得出国内外产品在抗氧化能力上的差别,并分析产生这种差别的主要原因。

    Several kinds of dry-lubricant made at home and abroad are compared , the distinctions of products in anti-oxidation ability between domestic and overseas are discovered , and the main causes for the distinction are analyzed .

  9. 航天员将要把一种在发射时就已经被安装在舱外的固体润滑剂材料样品取下,带回地面。

    Astronauts will be launched at a time should already be installed on the exposed solid lubricant material samples removed , back to the ground .

  10. 国内外生物降解性润滑剂现状及发展趋势润滑剂与环境污染

    Current status and trend in development of the bio-degradable lubricants at home and abroad