01 — Press System
The 400-Ton Four-Pillar Hydraulic Hot Press from Sinter Machines India is a reliable compression molding solution for rubber saddle pads. It ensures consistent shaping, durability, and efficient production of high-performance rubber components.
The 400-ton four-pillar hydraulic press is engineered for compression molding of rubber saddle pads and high-durability elastomer cushioning products. It integrates controlled temperature, pressure, and vulcanization to deliver high-strength, shock-absorbing components.
02 — Technical Specifications
SM 400 HP – Hydraulic Press Machine delivers reliable and high-performance compression molding for rubber saddle pads with complete technical precision. It ensures uniform pressure distribution, consistent material shaping, and durable, high-quality rubber products.
Capacity & Structural Design
Hydraulic System
Rubber Molding Cycle (Vulcanization)
Heated Platen System
Working Envelope
Control System
03 — Die / Mold System
Precision Rubber Saddle Pads Die Engineering ensures accurate shaping, uniform thickness, and optimal cushioning performance. It delivers consistent quality, durability, and reliable comfort for high-performance rubber saddle pad production.
Technical Specifications
Mold Type
Mold Materials
Mold Construction
Heating System
Venting System
Prevents:
Surface Finish
| Area | Requirement |
| Top surface | Textured / anti-slip |
| Bottom surface | Smooth / patterned |
| Edges | Clean and trimmed |
Mold Life: 150,000 – 300,000 cycles
04 — Product Application
Rubber saddle pads are widely used in equestrian applications to provide cushioning and protection between the saddle and the horse. They ensure comfort, shock absorption, and durability during riding and training activities.
In the equestrian industry, rubber saddle pads are used for saddle padding, horse riding cushioning, and anti-slip support. They provide comfort, shock absorption, and stability for both horse and rider during riding activities.
In sports & fitness applications, rubber saddle pads are used for impact absorption pads and protective gear components. They provide cushioning, shock resistance, and enhanced comfort during physical activities.
In industrial applications, rubber saddle pads are used as antivibration pads, cushioning blocks, and machinery support pads. They provide excellent shock absorption, durability, and stability for heavy-duty equipment operations.
In automotive & transport applications, rubber saddle pads are used for rubber damping components and shock absorption pads. They provide effective vibration control, durability, and improved comfort in vehicle systems.
| Industry | Scenario |
|---|---|
| Equestrian | Saddle comfort and stability |
| Sports | Impact protection pads |
| Industrial | Anti-vibration systems |
| Automotive | Noise and vibration damping |
| Manufacturing | Rubber cushioning solutions |
05 — Key Advantages
It delivers uniform compression and precise molding for high-quality rubber pads. Designed for durability and performance, it ensures consistent thickness, excellent cushioning, and reliable production.
Ensures precise control of temperature, pressure, and curing time during vulcanization. It delivers consistent rubber properties, improved strength, and long-lasting performance.
Ideal for molding thick rubber components with uniform pressure distribution. It ensures proper curing, structural strength, and consistent quality in heavy-duty rubber applications.
Ensures optimal curing for rubber materials, resulting in excellent elasticity. It enhances flexibility, shock absorption, and long-lasting performance in demanding applications.
Produces rubber saddle pads with superior shock-absorbing properties. It ensures enhanced comfort, impact resistance, and protection in demanding applications.
Ensures precise molding of textured rubber surfaces for enhanced grip. It delivers improved safety, stability, and performance in both industrial and equestrian applications.
Produces rubber saddle pads with excellent resistance to wear and abrasion. It ensures long-lasting durability and reliable performance under continuous use.