<?xml version="1.0" encoding="UTF-8" ?><feed xmlns="http://www.w3.org/2005/Atom">
	<title type="text">제품 개발정보</title>
		<updated>2026-05-04T16:57:54+09:00</updated>
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   <entry>
		<title><![CDATA[수성 종이 (크라프트지) 코팅제 요청 - 종이 빨대에 적용]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=1157</id>
		<published>2022-05-03T12:12:39+09:00</published>
		<updated>2022-05-03T12:12:39+09:00</updated>
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		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[&nbsp;

종이 빨대를 적용할 수성 코팅제 요청 드립니다.

크라프트지을 3장 곁쳐서 접착.코팅을 하고자 합...]]></summary>
						<category term="종이빨대"/>
				<category term="코팅"/>
				
	</entry>
   <entry>
		<title><![CDATA[세포 독성 시험 Pass 의료용 실리콘  접착제 문의]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=1131</id>
		<published>2022-04-28T18:32:15+09:00</published>
		<updated>2022-04-28T18:32:15+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1131"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1131#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[의료용으로 실리콘 접착이 가능한 접착제를 찾고 있습니다.

&nbsp;

1. 의료용 접착제 (세포독성 시험 Pass...]]></summary>
						<category term="세포 독성 시험"/>
				<category term="Pass"/>
				<category term="의료용"/>
				<category term="실리콘"/>
				<category term="접착제"/>
				
	</entry>
   <entry>
		<title><![CDATA[유리 장섬유에 Tio2 코팅제 문의]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=1123</id>
		<published>2022-04-28T18:29:33+09:00</published>
		<updated>2022-04-28T18:30:03+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1123"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1123#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[티타늄으로&nbsp;수용성 졸을 만들고 접착력을 올려&nbsp;유리섬유 코팅 하려고 함

나노입자 Tio2를 졸에 5...]]></summary>
						<category term="유리 장섬유"/>
				<category term="Tio2"/>
				<category term="코팅제"/>
				
	</entry>
   <entry>
		<title><![CDATA[폴리이미드와 글라스 투명 접착제 개발 요청]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=1119</id>
		<published>2022-04-28T17:42:47+09:00</published>
		<updated>2022-04-28T17:42:47+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1119"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1119#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[폴리이미드와 글라스 접착

글라스 용도는 폴리이미드 필름을 받치는 용도

점도는 순간접착제 정도의 묽은 ...]]></summary>
						<category term="폴리이미드"/>
				<category term="글라스"/>
				<category term="접착제"/>
				
	</entry>
   <entry>
		<title><![CDATA[절연 열전도성 250도 내열도 알루미늄 코팅제 개발 요청]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=1112</id>
		<published>2022-04-28T17:40:37+09:00</published>
		<updated>2022-04-28T17:40:37+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1112"/>
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		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[&nbsp;

고방열 / 솔더링 250도에서 5분 소요.

기본온도 150도 사용 / 영하온도 -70도

열전도성이 필요

...]]></summary>
						<category term="절연"/>
				<category term="열전도성"/>
				<category term="250도"/>
				<category term="내열도"/>
				<category term="알루미늄"/>
				<category term="코팅제"/>
				
	</entry>
   <entry>
		<title><![CDATA[진공 성형 가능한 고내열 필름 문의 - pes, pei, pi]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=1105</id>
		<published>2022-04-28T12:26:28+09:00</published>
		<updated>2022-04-28T12:26:28+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1105"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=1105#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[플라스틱 필름을 이용하여 열교환기를 제조하는 업체입니다.

150도 이상의 온도조건에서 사용가능한 고내열...]]></summary>
						<category term="진공"/>
				<category term="성형"/>
				<category term="필름"/>
				<category term="고내열"/>
				
	</entry>
   <entry>
		<title><![CDATA[내시경 렌즈 접착용 의료 에폭시 접착제 /USP Class VI / ISO 10993-5 인증 제품]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=740</id>
		<published>2022-04-18T16:18:23+09:00</published>
		<updated>2022-04-24T19:55:53+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=740"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=740#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[&nbsp;

의료용으로 생체 적합성 평가 등이 이루어진 접착제가 필요합니다.

&nbsp;

용도: 내시경 선단(렌...]]></summary>
						<category term="박리"/>
				<category term="접착"/>
				<category term="에폭시"/>
				<category term="의료"/>
				<category term="내시경"/>
				
	</entry>
   <entry>
		<title><![CDATA[투명 창상피복제 적용 의료용 점착제 개발 요청]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=732</id>
		<published>2022-04-16T11:05:24+09:00</published>
		<updated>2022-04-16T11:05:39+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=732"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=732#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[저희가 점착성투명창상피복제인 투명 필름 제품에&nbsp; 지지 역할을 위한 의료용 점착제가 도포된

이형제 ...]]></summary>
						<category term="투명 창상피복제"/>
				<category term="의료용 점착제"/>
				
	</entry>
   <entry>
		<title><![CDATA[배관과 히팅 자켓 열전도성 접착제 개발 요청 - 350도 이상]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=724</id>
		<published>2022-04-13T23:27:01+09:00</published>
		<updated>2022-04-13T23:27:01+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=724"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=724#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[1) 배관재질 - 스틸강

2) 배관내 유체 - 슬러지

3) 내구성 - 1년

4) 전도율은 촤대한으로&nbsp;

5) 점도...]]></summary>
						<category term="배관"/>
				<category term="히팅 자켓"/>
				<category term="열전도성"/>
				<category term="접착제"/>
				<category term="350도"/>
				
	</entry>
   <entry>
		<title><![CDATA[TPU와 나이론 66 접착 -  이중사출 접착]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=428</id>
		<published>2022-04-06T11:45:25+09:00</published>
		<updated>2022-04-06T11:46:53+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=428"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=428#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[ 

TPU와 나이론 66 자동차 부품 접착

 

TPU와 나이론 66을 물리적으로 잡고 있도록 하였으나

접착력이 ...]]></summary>
						<category term="TPU"/>
				<category term="나이론 66"/>
				<category term="접착"/>
				<category term="이중사출"/>
				
	</entry>
   <entry>
		<title><![CDATA[SIC와 쿼츠 접착제]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=423</id>
		<published>2022-04-06T07:48:03+09:00</published>
		<updated>2022-04-06T07:48:03+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=423"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=423#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[ 

SIC와 쿼츠 접착에 적용

3밀리 3밀리 두께 0.3t 크기

SIC 플레이트 쿼츠 올리고 8포인트 접착

경화시...]]></summary>
						<category term="SIC"/>
				<category term="쿼츠"/>
				<category term="접착제"/>
				
	</entry>
   <entry>
		<title><![CDATA[알루미늄과 PC 접착제 -  록타이트 401 순간접착제 사용 / 접착이 안됨]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=399</id>
		<published>2022-04-05T10:38:11+09:00</published>
		<updated>2022-04-05T10:38:11+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=399"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=399#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[알루미늄과 PC 접착제 개발 요청

&nbsp;

1) 알루미늄과 PC 접착 록타이트 401 순간접착제 사용시 접착이 ...]]></summary>
						<category term="알루미늄"/>
				<category term="PC"/>
				<category term="접착제"/>
				<category term="록타이트"/>
				<category term="401"/>
				<category term="순간접착제"/>
				
	</entry>
   <entry>
		<title><![CDATA[금속이나 섬유 보호용 수성 세라믹 바인더 개발]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=240</id>
		<published>2022-03-29T13:30:27+09:00</published>
		<updated>2022-03-29T13:31:59+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=240"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=240#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[&nbsp;

수성세라믹 바인더&nbsp;

&nbsp;

1. 적용 : 금속,섬유&nbsp;소재 보호용으로 사용

&nbsp;

2. 요...]]></summary>
						<category term="금속"/>
				<category term="섬유"/>
				<category term="보호용"/>
				<category term="수성 세라믹"/>
				<category term="바인더"/>
				
	</entry>
   <entry>
		<title><![CDATA[고온용 몰딩 방폭 에폭시 개발]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=223</id>
		<published>2022-03-28T10:01:33+09:00</published>
		<updated>2022-03-28T10:01:33+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=223"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=223#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[1. 개발목적 :

&nbsp; &nbsp; 알루미늄,스테인리스 케이스에 센서와 PCB 몰딩에 적용 할&nbsp;고온용 에폭...]]></summary>
						<category term="고온용"/>
				<category term="몰딩"/>
				<category term="방폭"/>
				<category term="에폭시"/>
				<category term="센서"/>
				<category term="PCB"/>
				
	</entry>
   <entry>
		<title><![CDATA[속경화형 포팅 및 금속 플라스틱 접착에 적용 가능한 에폭시 접착제 개발]]></title>
		<id>http://catec.kr/index.php?mid=catec_research&amp;document_srl=213</id>
		<published>2022-03-27T20:40:31+09:00</published>
		<updated>2022-03-27T20:41:39+09:00</updated>
		<link rel="alternate" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=213"/>
		<link rel="replies" type="text/html" href="http://catec.kr/index.php?mid=catec_research&amp;document_srl=213#comment"/>
		<author>
			<name><![CDATA[관리자]]></name>
					</author>
				<summary type="text"><![CDATA[1. 제품설명

포팅 및 금속 플라스틱 접착에 적용 가능한&nbsp;에폭시 접착제 개발

&nbsp;



&nbsp;

2. ...]]></summary>
						<category term="속경화형"/>
				<category term="포팅"/>
				<category term="금속"/>
				<category term="플라스틱"/>
				<category term="접착"/>
				<category term="에폭시"/>
				<category term="접착제"/>
				
	</entry>
</feed> 
