Highly dispersed, high loading rubber-grade silica (granulated)
· Using patented in-situ modification technology to achieve nanoscale dispersion · Filler content can reach over 100 phr, breaking traditional limits · Customized surface treatment to adapt to different rubber systems · Significantly improves the mechanical properties and durability of rubber products
Model:
Classification:
Key words:
Highly dispersed, high loading rubber-grade silica (granulated)
Product Description
Product Features
· Uses patented in-situ modification technology to achieve nanoscale dispersion
· Filling amount can reach over 100 phr, breaking traditional limits
· Customized surface treatment to adapt to different rubber systems
· Significantly improves the mechanical properties and durability of rubber products
Product Models and Technical Parameters
HB-315P
| ◆ Key Technical Indicators Specific Surface Area: 200±20 m²/g Ash Content: ≤5.0% DBP Absorption Value: 1.3±0.2 ml/g | ◆ Main Features Ultra-high reinforcement performance Excellent tear resistance, high filling amount | ◆ Application Scenarios Giant engineering tires High wear-resistant conveyor belts Military protective products |
HX-200S69P
◆ Key Technical Indicators Specific Surface Area: 200±20 m²/g Ash Content: ≤7.0% DBP Absorption Value: 1.7±0.2 ml/g | ◆ Main Features Super strong reinforcement performance, reduces rolling resistance Improves filler-rubber interface bonding | ◆ Application Scenarios Green energy-saving tires, low rolling resistance tread rubber High-end sealing products |  |
HX-200S69DP/TP
| ◆ Key Technical Indicators Specific Surface Area: 165±20 m²/g Ash Content: ≤7.0% DBP Absorption Value: 1.5±0.2 ml/g | (Polymer Modification) ◆ Main Features Excellent dispersion stability, reduces mixing energy consumption Improves filler-rubber compatibility | ◆ Application Scenarios Aviation tires Precision rubber parts, medical rubber products |
Previous Page
Next Page
Related Products
HNC80 nano-composite carbon black
This product leverages in-situ nano-modification technology to nano‑modify precipitated silica, carbon black, and reclaimed carbon black, producing a nano‑composite carbon black. With stable performance, it can partially replace conventional precipitated silica and carbon black. It is compatible with rubber matrices such as natural rubber, styrene‑butadiene rubber, solution‑polymerized styrene‑butadiene rubber, and cis‑1,4‑polybutadiene rubber, and can be widely used in tires and various industrial rubber products.
HR-QMB Water-Based Fully Formulated Wet-Mix Rubber for Industrial and Mining Boots
Produced using water-based full-formulation wet compounding technology,this product integrates the rubber matrix,reinforcing fillers,and functional additives.Developed for mining boots,it offers stable processing, high tensile and tear strength,good resilience,and excellent abrasion resistance fordemandingindustrialconditions.
HR-QASO Water-Based Fully Formulated Wet-Mix Rubber for the Outer Cover of Automotive Air Springs
This product series employs a water-based, fully formulated wet-mixing process and is compatible with a dedicated formulation for the outer rubber layer of air springs. It is suitable for the outer rubber boots of air springs in commercial and passenger vehicles, which are subjected to long-term cyclic dynamic loads, meeting requirements for vehicle suspension vibration damping, resistance to outdoor aging, and fatigue resistance against repeated extension and contraction.
Water-based fully formulated wet-mixed rubber for products
This product series is manufactured using water-based full-formulation wet compounding technology and is available in multiple hardness and performance grades for different operating conditions. It offers excellent processing stability,resilience,tear strength,and dynamic load-bearing capacity,making it suitable for slurry pump linings, shear springs,and vibration-damping components used under high-wear and dynamic- load conditions.
Message
We will contact you within one working day. Please pay attention to your email.
Links:
©2024 Jiyuan Hongxin Rubber Composite Material Technology Co., Ltd. www.300.cn SEO This website supports IPv6 Privacy Policy
Address: No.01, Area A, Nano New Materials Industrial Park, No.6 Guanghui Street, Wulongkou Town, Jiyuan City, Henan Province
微信公众号