MARC

 008110225s2001        ulka                    000      kor
■020    ▼a8933605541
■0801  ▼a621.744
■082    ▼a668.412▼b이54ㅍ▼223
■090    ▼a668.412▼b이54ㅍ
■1001  ▼a이성출  지음
■24510▼a플라스틱  사출  성형  조건  CONTROL법▼d이성출  지음
■260    ▼a서울▼b기전연구사▼c2001
■300    ▼a310p.▼b삽도▼c26cm
■505    ▼a총론▼a1.  개요▼c13▼a2.  일반적  개념의  정의▼c14▼a2.1  사출금형과  성형기▼c14▼a2.2  성형조건이란?▼c15▼a3.  플라스틱  성형품의  성형  과정▼c19▼a4.  플라스틱  사출성형기의  변천사▼c20▼a5.  성형기술의  본질▼c23▼a제1장  사출성형기와  주변기기▼a1.  사출성형기▼c2900▼a1.1  특징▼c2911▼a1.2  기본구조▼c3022▼a1.3  기능  및  역할▼c3033▼a1.4  형체기구와  사출기구▼c3344▼a1.5  사출기구▼d+55▼a2.  주변기기▼c4066▼a2.1  역할▼c4077▼a제2장  금형일반88▼a1.  2단  금형과  3단  금형  및  특수금형▼c4999▼a1.1  2단  금형▼c4900▼a1.2  3단  금형▼c5011▼a1.3  특수  금형▼c5122▼a2.  금형의  기본구조▼c5133▼a2.1  몰드  베이스▼c5144▼a2.2  금형의  각부  명칭  및  기능▼c5255▼a3.  스프루와  스프루  부시▼c5466▼a4.  러너,  게이트▼c5577▼a4.1  러너▼c5588▼a4.2  게이트▼c5699▼a4.3  게이트  선택  요령▼c6000▼a5.  기타  사항▼c6111▼a5.1  모퉁이의  "R"-Corner  R▼c6122▼a5.2  보스와  리브▼c6233▼a제3장  사출성형조건  CONTROL법44▼a1.  서론▼c6755▼a2.  성형조건의  구성요소▼c6766▼a3.  구성  요소별  성형조건  설정  요령▼c6877▼a3.1  주조건▼c6888▼a3.2  보조조건▼c6899▼a4.  성형조건의  구성요소별  세부  역할▼c7000▼a4.1  주조건▼c7011▼a4.2  보조조건▼c12422▼a5.  플라스틱  성형품의  불량원인과  태책▼c13533▼a5.1  미성형▼c13544▼a5.2  버▼c13655▼a5.3  웰드라인▼c13766▼a5.4  몰드마크▼c13877▼a5.5  싱크마크▼c13888▼a5.6  성형품의  변형▼c13999▼a5.7  깨짐,  균열,  크레이징  및  백화▼c14200▼a5.8  플로마크▼c14211▼a5.9  실버  스트리크▼c14222▼a5.10  태움▼c14333▼a5.11  검은  줄▼c14444▼a5.12  광택불량  가스얼룩▼c14455▼a5.13  색의  얼룩▼c15466▼a5.14  제팅▼c14577▼a6.  성형조건  접근법▼c14688▼a6.1  금형의  구조  관찰▼c14699▼a6.2  성형조건  설정▼c14700▼a6.3  성형조건  탐색법▼c14811▼a7.  상황별  성형조건  구상  및  설정법▼c16022▼a7.1  상황  -  1▼c16133▼a7.2  상황  -  2▼c16544▼a7.3  상황  -  3▼c16755▼a8.  테크닉을  필요로  하는  금형의  성형조건  CONTROL법▼c17966▼a8.1  사례  -  1▼c17977▼a8.2  사례  -  2▼c18488▼a8.3  사례  -  3▼c19199▼a8.4  사례-  4▼c19600▼a9.  성형  작업중  참고로  할  사항  몇가지▼c19911▼a9.1  생산수량  증가  대책  :  성형  사이클  단축  방안▼c19922▼a9.2  계량이  잘되지  않을  경우▼c20333▼a9.3  사출시  용융수지가  금형의  슬라이드  쪽으로  '타고  넘을  시'  대책▼c20544▼a9.4  금형  교환시  노즐과  금형  스프루와의  센터맞춤▼c20555▼a9.5  금형두께  조절로  인한  가스  배출  효과▼c20566▼a10.  성형품의  치수  컨트롤▼c20677▼a10.1  치수  컨트롤  요령▼c20688▼a10.2  성형품의  치수  컨트롤시  유의사항▼c21099▼a11.  핫  러너  금형▼c21100▼a11.1  핫  러너  금형의  특징▼c21211▼a11.2  효과적인  작업  방법▼c21322▼a11.3  핫  러너  금형의  성형조건  컨트롤  사례▼c21433▼a12.  금형  냉각시  고려사항▼c21544▼a12.1  금형의  내용에  따라서  냉각  방법이  달라져야  한다▼c21655▼a12.2  가장  기본적인  앵각  방법▼c21766▼a13.  온유기  사용  금형▼c22077▼a13.1  온유기  사용  목적▼c22088▼a14.  금형온도  컨트롤▼c22199▼a15.  구형  사출성형기  성형조건  CONTROL법▼c22300▼a16.  그래도  풀리지  않는  제품의  성형조건  풀이법▼c22611▼a제4장  사출성형  기술자로서  알아야  할  일반상식22▼a1.  서론▼c24333▼a2.  유압  코어  금형의  코어  종류  및  작동법▼c24344▼a2.1  종류▼c24355▼a2.2  작동법▼c24466▼a2.3  유압  코어  금형의  일반적  사이클도▼c24477▼a2.3  유압  코어  판별법▼c24588▼a3.  착색법▼c24599▼a3.1  안료와  마스터  배치의  구분▼c2450000▼a3.2  안료착색▼c2460101▼a4.  원료  교환법▼c2460202▼a4.1  같은  종류의  수지아나  색상이  다를  경우▼c2460303▼a4.2  다른  종류의  수지끼리  교환시▼c2470404▼a4.3  원료가  제대로  닦에  나오지  않을  때  조치사항▼c2480505▼a4.4  성형온도  범위가  특히  차이가  많이  나는  수지간  원료의  교환시▼c2480606▼a4.5  성형작업시  특히  주의를  요하는  수지▼c2490707▼a5.  원료  식별법▼c2540808▼a5.1  식별  요령▼c2540909▼a5.2  수지별  사례▼c2551010▼a6.  생산  및  품질  관리▼c2551111▼a6.1  제품  보는  법▼c2551212▼a6.2  확인  및  점검사항▼c2561313▼a6.3  과학적인  생산  관리▼c2561414▼a6.4  생산  계획▼c2571515▼a7.  올바른  생산관리자로서의  구비조건▼c2591616▼a7.1  품위  유지▼c2591717▼a7.2  각종  행정서류  구비  및  관리▼c2591818▼a7.3  오너와의  대화  창구  상시  개설▼c2601919
■9500  ▼c15,000

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