A. Ngaohihanga hiko hiko iti
1.1 Tātai
Resin Epoxy E-44 100
Diluent Dibromophenyl glycidyl ether 20
Toru tuatoru antimony retardant reti 10
Paura silica kaha 400 mata 200
Maakete whakaora 593 25
Diethylenetriamine 3
1.2 Tukanga whakaputa
1.2.1 Paura silicon maroke ki te maaka o te makuku i raro iho i te 0.2%
1.2.2 Taapirihia te epoxy resin, te mea angiangi, te mura o te mura, me te paura silicon ki te reactor i roto i te ota e whai ake nei
1.2.3 Whakaarahia te temahana ki te 100 ℃, degas te ranunga i raro i te -0.1Mpa korehau mo te 30min ki te rite
1.2.4 Raumati ki raro o te 50 ° C, taapirihia te kaiwhakaora whakaora, kia mau ki te mahana kaore i te 50 ° C, te tohu nekehanga degas -0.1Mpa, te wa whakaranu kaua e neke atu i te 30min, ka uru ki te mahi whakaranga.
B. Ngaohiko teitei me nga taputapu miihini hiko iti
2.1 Hanganga
Resin Epoxy E-44 100
Diluent Dibromophenyl glycidyl ether 20
Toru tuatoru antimony retardant reti 10
Paura silica kaha 400 mata 300
Maakete whakaora S101 95
Whakatere DMP-30 1.5
2.2 Tukanga whakaputa
2.2.1 Paura silicon maroke ki te maaka o te makuku i raro iho i te 0.2%
2.2.2 Hangaia kia rua-waahanga i roto i te raupapa e whai ake nei
He waahanga epoxy resin, whakatere, reti tuaiti, puehu silicon 200
He kaihoko whakaora i te waahanga B, he angiangi, he paura silicon 100
2.2.3 Ko te waahanga A ka wera ki te 80-100 ℃, ka pakaru te ranunga i raro i te -0.1Mpa korehau mo te 30min ki te rite
2.2.4 Ko te pāmahana o te waahanga B e piki ana ki te 50 ℃, a ka pakaru te ranunga i raro i te -0.1Mpa korehau mo te 30min ki te rite
2.2.5 Hauhautanga ki raro iho o te 50 ℃, taapiri i te waahanga A ki te waahanga B, kia mau ki te mahana kaore i neke atu i te 50 ℃, tohu nekehanga degas -0.1Mpa, te wa whakaranu 30min, ka taea te whakauru ki te ringihanga.
