improved mechanical properties of silica reinforced rubber
Improved mechanical properties of silica reinforced rubber
Silica reinforced elastomers are widely used in various rubber applications. Natural protein polymer improves the mechanical properties of silica reinforced rubber. The improvement is demonstrated in three systems including silica, silane added silica and silane coated silica rubber composites.
Send Inquiry
Surface Treatment Effects on the Mechanical Properties
Surface Treatment Effects on the Mechanical Properties of Silica Carbon Black Reinforced Natural Rubber/Butadiene Rubber Composites by Miaomiao Qian 1 , Weimin Huang 1 , Jinfeng Wang 2,* , Xiaofeng Wang 1,3 , Weiping Liu 4 and Yanchao Zhu 1,2,*
Send Inquiry
AEROSIL® fumed silica - beneficial for mechanical properties
The use of AEROSIL® fumed silica as a reinforcing filler improves mechanical properties such as tensile strength, elongation at break and tear resistance in silicone components.
Send Inquiry
Improved mechanical and fatigue properties of graphene
The filler network constructed by GO and silica was improved after addition of the GO, resulting in the enhanced mechanical properties of the composites. During the fatigue process, the dispersion of GO and silica was enhanced, and the crosslinking density of the composites gradually decreased.
Send Inquiry
Eggshell improves dynamic properties of durable guayule
Replacing silanized silica with eggshell improves dynamic mechanical properties. Eggshell and silanized silica both increase rubber durability. Eggshell and silanized silica reinforced composites have high ozone resistance.
Send Inquiry
A Study on Properties of SSBR/NdBR Rubber Composites
In this study, the composites were reinforced with NdBR and silica to confirm the physical properties of SSBR used for treads of automobile tires and the dispersibility with silica.
Send Inquiry
Silica-reinforced tire tread compounds compatibilized by
Epoxidized natural rubber (ENR) can be used as a compatibilizer in silica-filled natural rubber, as it results in improved filler–rubber interaction, silica dispersion and tensile strength. Increase of ENR content and mole% of epoxide groups increases the interactions between silica and rubber, and decreases filler–filler interaction,...
Send InquiryEffect of styrene-butadiene rubber and fumed silica nano
It is expected that the addition of well-dispersed fumed silica can significantly improve the mechanical properties of the composites. Similar strengthening mechanisms for the interface improvement of the glass fiber–unsaturated polyester systems due to fumed silica were reported by Sequeira et al. [ 18 ].
Send Inquiry
Improved mechanical and fatigue properties of graphene
The mechanical and fatigue properties of the GO/silica/SBR composite were mainly investigated. To obtain the fine dispersion of the fillers, GO/SBR masterbatch was first prepared by the latex compounding 19 which is a green and effective method to obtain a well-dispersed structure of fillers in the rubber.
Send Inquiry
Electrical and mechanical properties of silicone rubber
When the content of vinyl group was increased, cross-linking density and hardness were increased and tensile strength, volume resistivity and tracking resistance were improved. The mechanical properties and electrical properties of silicone rubber reinforced with fumed silica were higher than these of silicone rubber reinforced with ...
Send Inquiry
Improved mechanical properties of silica reinforced rubber
Material Properties Improved mechanical properties of silica reinforced rubber with natural polymer 1. Introduction. For most of rubber applications, filler is required in order to enhance... 2. Experimental. Silica (HI-SIL EZ 200G) was obtained from PPG Industries, Inc. (Pittsburgh, PA). 3.
Send Inquiry
Surface Treatment Effects on the Mechanical Properties
Surface Treatment Effects on the Mechanical Properties of Silica Carbon Black Reinforced Natural Rubber/Butadiene Rubber Composites by Miaomiao Qian 1 , Weimin Huang 1 , Jinfeng Wang 2,* , Xiaofeng Wang 1,3 , Weiping Liu 4 and Yanchao Zhu 1,2,*
Send Inquiry
AEROSIL® fumed silica - beneficial for mechanical properties
The use of AEROSIL® fumed silica as a reinforcing filler improves mechanical properties, for example in various sports articles made of HCR or LSR silicone rubber. AEROSIL® products can also help to control the temperature dependence of mechanical properties.
Send Inquiry
Improved mechanical and fatigue properties of graphene
The filler network constructed by GO and silica was improved after addition of the GO, resulting in the enhanced mechanical properties of the composites. During the fatigue process, the dispersion of GO and silica was enhanced, and the crosslinking density of the composites gradually decreased.
Send InquiryA Study on Properties of SSBR/NdBR Rubber Composites
In this study, the composites were reinforced with NdBR and silica to confirm the physical properties of SSBR used for treads of automobile tires and the dispersibility with silica.
Send Inquiry
Eggshell improves dynamic properties of durable guayule
Replacing silanized silica with eggshell improves dynamic mechanical properties. Eggshell and silanized silica both increase rubber durability. Eggshell and silanized silica reinforced composites have high ozone resistance.
Send Inquiry
Silica-reinforced tire tread compounds compatibilized by
Epoxidized natural rubber (ENR) can be used as a compatibilizer in silica-filled natural rubber, as it results in improved filler–rubber interaction, silica dispersion and tensile strength. Increase of ENR content and mole% of epoxide groups increases the interactions between silica and rubber, and decreases filler–filler interaction,...
Send Inquiry
Effect of styrene-butadiene rubber and fumed silica nano
It is expected that the addition of well-dispersed fumed silica can significantly improve the mechanical properties of the composites. Similar strengthening mechanisms for the interface improvement of the glass fiber–unsaturated polyester systems due to fumed silica were reported by Sequeira et al. [ 18 ].
Send Inquiry