热收缩(Thermal shrinkage)主要是指热塑性材料(ABS、石蜡等)因其固有的热膨胀率而产生的体积变化,它是收缩产生的最主要原因。由热收缩引起的收缩量为:
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...度、高热收缩率以及优异的热封性能:雾度(非印刷区域)(Haze)1.0%;印刷前后薄膜雾度变化小; 热收缩率(Thermal Shrinkage)MD7.0%,TD7.0%;热封温度范围(Heat Seal Range):90~130C;弹性模量(Modulus):MD≥2400Mpa。
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thermal shrinkage stress 热收缩应力
Determination of thermal shrinkage 热缩率测定
thermal-shrinkage differential 热收缩差异
Thermal shrinkage printing ink TLP TLP型热收缩油墨
thermal-shrinkage film 热收缩薄膜
Clearly, there was another mechanism besides thermal shrinkage that was leading to disbonding.
显然,有另一种机制,除了热收缩,这是导致剥离。
It was felt at this point that the primary factor leading to disbonding was thermal shrinkage of the propellant during cooling.
据认为,在这一点,首要因素导致剥离是热的收缩推进剂冷却过程中。
The effects of IPA and DTG additions on thermal properties of chips and thermal shrinkage and ageing stability of fibers were studied.
研究了IPA, DTG的添加量对切片的热性能和纤维的热收缩率及经时稳定性的影响。
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