H600-G无影胶 UV紫外线胶水 光固化胶水玻璃金属快速定位低粘度高强度

一、产品说明：H600-G 是一种单组份紫外线固化胶，适用于多种材料粘接，推荐用于玻璃对玻璃、玻璃对金属及亚克力粘接固定；如各类水晶饰品、相框、茶几、手表、灯具、电子称、展台等；常温储存稳定，固化速度快，固化胶膜柔软，抗冲击性强，抗湿热及化学品优良，透明性好。

二、化学物质类型      改性丙烯酸酯        

外观                           淡黄色透明液体

粘度(mPa.s/25℃)      600-800              

密度25℃ g/cm³        1.05

三、固化性能：H600-G在空气环境下需要足够的紫外能量辐射才能够固化。固化速率和固化效果需要足够的光能量，主要是200-400nm紫外光，推荐使用365nm紫外光源。

四、固化条件:

500-1000W高压汞灯,主要波长365nm；固化条件 1200mj/cm²

定位：5秒，固化30秒（具体固化依所使用的光源、胶膜厚度及被粘材料测试为准）

四、固化物性能：

热膨胀系数@ 25°C, /°C         1.5 x 10_6        

硬度（邵D）                         55-65

吸水率24 hrs @ 25°C, %      0.5           

玻璃化温度°C                       10

断裂伸长率  %                     120           

介电强度 KV/MM                16

1、 Product Description: h600-g It is a one-component UV curing adhesive, suitable for a variety of materials bonding, recommended for glass to glass, glass to metal and acrylic bonding and fixation; such as all kinds of crystal jewelry, photo frame, coffee table, watch, lamp, electronic scale, exhibition stand, etc.; it is stable in normal temperature storage, fast curing speed, soft curing adhesive film, strong impact resistance, excellent moisture and heat resistance and chemicals, good transparency.

2、 Chemical substance type modified acrylate appearance light yellow transparent liquid

Viscosity (MPa. S / 25 ℃) 600-800 density 25 ℃ g / cm 3 1.05

3、 Curing performance: h600-g needs enough UV energy radiation to cure in the air environment. The curing rate and curing effect need enough light energy, mainly 200-400nm UV light, 365nm UV light is recommended.

4、 Curing conditions:

500-1000w high pressure mercury lamp, main wavelength: 365nm; curing condition: 1200mj / cm

Positioning: 5 seconds, curing for 30 seconds (the specific curing shall be subject to the test of the light source used, the thickness of the adhesive film and the adhered material)

4、 Properties of solidified products:

Coefficient of thermal expansion @ 25 ° C, / ° C 1.5 x 10 μ 6

Hardness (Shao d) 55-65

Water absorption 24 hrs @ 25 ° C,% 0.5

Glass transition temperature ° C 10

Elongation at break% 120

Dielectric strength kV / mm 16