TUBALL™ MATRIX 610은 EPDM 고무 화합물용으로 만든 다목적 마스터배치 입니다.
TUBALL™ 제품는 영구적이고 안정적인 수준의 전기 전항성을 유지하면서도, 다양한 EPDM 타입의 기계적 물성을 개선합니다.
Request
소재 종류
Rubber
사용량
3–6 wt.%
농축 캐리어
Polymer, paraffinic mineral oil
형태
Paste
주요 특징
전도성 구현 가능
균일하고 영구적인 전도성 구현 가능
기계적 물성 강화
- 인장 탄성률 및 내마모성과 같은 기계적 물성은 최대 70%까지 개선 가능함
- 탄성 거동의 손실 없이 화합물의 경도를 낮게 유지할 수 있음
사용하기 쉬운
- 범용 혼합 공정 및 장비 사용
- 다양한 EPDM 등급, 포뮬레이션 및 필러와 호환되는 분산매개체 사용
기존 색상 유지
- 다양한 색상 구현 가능
- 논마킹(non-marking)
적용사례
EPDM 케이블 액세서리를
click to view case
EPDM 컨베이어 벨트 및 롤러를
click to view case
비디오
Anti-static colored EPDM rubbers - Processing guide
Conductive elastomers: Prevent negative trade-offs in mechanical properties and color due to SWCNT
뉴스
March 30
At the Global Rubber, Latex & Tyre Expo in Bangkok, Eugene Tan, OCSiAl SEA Sales Manager, explained graphene nanotubes' proven advantages in rubbers, latexes, and other polymers. Watch her video interview for our distributor Jebsen & Jessen Ingredients and request a sample at https://tuball.com/nanotubes-in/elastomers?utm_source=Facebook&utm_medium=Post+&utm_campaign=Eugene+Inteview+March+23
#GRTE #Latex #Rubber #GrapheneNanotubes
February 28
New graphene nanotube technology for NBR rubber can increase the modulus by up to 53% and tear strength by up to 42%, enhancing the resistance of rubber to harsh environments. More durable and efficient rubber parts help to reduce raw material consumption. Read more at https://ocsial.com/news/reinforcing-rubber-with-graphene-nanotubes-new-technology-increases-durability-and-conductivity-of-nbr/?utm_source=Faacebook&utm_campaign=NBR+PR
#RubberReinforcement #GrapheneNanotubes #RubberIndustry
February 23
Producers are often forced to compromise elasticity in favor of electrical conductivity in rubber compounds. Graphene nanotubes change the game, offering electrical conductivity in combination with high elasticity, durability, freedom for coloration, and no carbon release to the rubber's surface. Request a sample: https://tuball.com/pages/electrically-conductive-rubbers?utm_source=Facebook&utm_campaign=ConductiveRubbersFeb2023
#ConductiveRubber #GrapheneNanotubes #RubberIndustry