The performance of a rubber product begins with the quality of its compound formulation. Material composition directly affects durability, elasticity, heat resistance, chemical compatibility, and molding behavior during production.
Rubber Compound Development for Industrial Requirements
Rubber Compounds Types
- Silicone Rubber (Hs 20 – 80)
- Suitable for high-temperature environments, flexibility, and stable performance applications.
- Viton / FKM (Hs 40 – 90)
- High-performance compound with excellent chemical and heat resistance.
- Polyurethane (Hs 40 – 90)
- Durable material with strong abrasion resistance and mechanical strength.
- EPDM (Hs 40 – 80)
- Excellent weather, ozone, and outdoor resistance.
- CR / Neoprene (Hs 40 – 80)
- Balanced performance against weather exposure and industrial environments.
- NBR (Hs 40 – 80)
- Designed for oil resistance and industrial machinery applications.
- NR / Natural Rubber (Hs 40 – 80)
- High elasticity and good mechanical properties for dynamic applications.
- Butyl Rubber (Hs 40 – 60)
- Low gas permeability with good sealing characteristics.
- SBR (Hs 40 – 80)
- Versatile compound commonly used for industrial rubber applications.
- Acrylic Rubber (Hs 40)
- Suitable for heat and oil resistance applications.
Fully Integrated Rubber Manufacturing Process
Step 1
Inquiry & Requirement Review
Customer requirements, drawings, or samples are reviewed to understand product specifications and manufacturing needs.Step 2
Compound Formulation & Feasibility
Material selection and compound formulation are evaluated based on application and production requirements.Step 3
Mold Preparation & Production Trial
Mold setup and production trials are conducted to verify product dimensions and molding performance.Step 4
Production Planning & Quality Preparation
Production scheduling, material preparation, and quality planning are arranged for mass production readiness.Step 5
Mass Production & Quality Control
Mass production is carried out with continuous quality monitoring to maintain consistent manufacturing results.Rubber Mixing Solutions We Support
Tailored Material Development for Specific Applications
Compound formulations are adjusted based on product function, operating environment, and manufacturing requirements to achieve targeted material performance.
Material Characteristics Optimized to Product Requirements
Rubber compounds can be developed with specific hardness, flexibility, elasticity, and resistance properties depending on technical application needs.
Supporting Stable Industrial Manufacturing Requirements
We support continuous rubber compound supply for OEM and industrial production with controlled formulation consistency and scalable manufacturing capability.
Consistent Compound Appearance for Industrial Applications
Rubber compounds can be prepared with customized color requirements while maintaining material performance and processing stability during production.
Supporting Product Validation and Manufacturing Preparation
Compound preparation support for sampling, testing, and production trials to help evaluate material suitability before mass production implementation.
Certified for Quality and Reliability
IATF 16949:2016
Our Manufacturing Capabilities
Why Choose Banshu Rubber Indonesia
Integrated Rubber Manufacturing Process
From compound formulation to production, each process is managed through controlled manufacturing systems to support consistent quality and stable production performance.
Custom Compound & Material Expertise
Rubber compounds are developed based on application requirements including hardness, temperature resistance, chemical exposure, and durability performance.
Quality-Oriented Production System
Production and inspection processes are managed to maintain material consistency, dimensional accuracy, and reliable manufacturing quality.
Supporting Industrial & OEM Manufacturing
Experience supporting industrial and OEM applications for automotive, electronics, infrastructure, mining, medical, and home appliance industries.
Industries Served
