HAISUN: exploration des différences entre le caoutchouc Nitrile (NBR) et le caoutchouc Nitrile hydro...

Nitrile rubber is produced through emulsion polymerization of butadiene and acrylonitrile,...

HAISUN: exploration de la résistance à l’huile de différents matériaux en caoutchouc

HAISUN: exploration des Applications du caoutchouc acrylique dans les composants d’étanchéité

Sealing technology plays a vital role in various fields such as mechanics and electronics....

HAISUN: exploration des matériaux et des Applications des joints toriques

​Our daily lives and industrial applications are closely linked to rubber O-rings. These r...

HAISUN: exploration du processus de fabrication des joints toriques

​The formulation of O-rings is crucial for achieving wear resistance, pressure resistance,...

Performance supérieure des joints fluoroélastomères (joints Viton)

​Fluoroelastomer seals are widely used in industries such as automotive and aerospace due ...

Comprendre les caractéristiques du fluoroélastomère (Viton) avec le caoutchouc HAISUN

Fluoroelastomer is a synthetic rubber containing fluorine atoms, known for its excellent h...

Qui fournit un meilleur effet d’étanchéité, joints toriques ou joints?

​O-rings and gaskets are commonly used in various industries, sparking the debate over whi...

Quand il s’agit de choisir des joints toriques, quels facteurs devrions-nous considérer?

Each O-ring serves a different purpose, so when selecting one, we need to think about its ...

Comment formuler des joints toriques avec différentes caractéristiques de Performance?

Different hardness levels of O-ring materials are designed based on the pressure in the se...