Vertical Double-Slide Liquid Silicone Injection Molding Machine Automated Pressure Cooker Seal Production Equipment
Product Specifications
| Attribute |
Value |
| Type |
Vertical |
| Mold Opening Type |
2RT3RT4RT |
| Motor |
Servo Motor |
| Machinery Test Report |
Provided |
| Key Selling Points |
Competitive Price |
| Warranty |
1 Year |
Technical Specifications
| Clamping force |
85tons |
| Size |
1135*495mm |
| Max mold size |
500*475mm |
| Min mold height |
210+50mm |
| Mold stroke |
250mm |
| Max daylight |
460+50mm |
| Ejector force |
3tons |
| Thimble diameter |
Φ25 |
| Ejector distance(product) |
105(75)mm |
| Max hydraulic pressure |
140kg/cm2 |
| Cooling water |
1500-1800liters/hr |
| Heater Power |
4kw |
| Motor Power |
13kw |
| Dimension (L*W*H) |
2.17*2.23*2.83m |
| Weight |
4.5tons |
When is Liquid Silicone Rubber the Best Choice?
Liquid silicone rubber (LSR) elastomers offer numerous advantages with a wide variety of grades available: general purpose, food-grade, medical, self-adhesive, low-volatile, optically clear, and other specialty grades in a range of durometers from very firm to very soft.
LSR materials are inherently insulating with superior heat and flame resistance, making them ideal for electrical, automotive, and industrial applications. Their natural biocompatibility and hypo-allergenic properties make them excellent for skin-contact products.
Key physical properties include high compression set, maintaining original shape after numerous compressions even in extreme temperatures (-60°F to 450°F). These versatile materials are naturally translucent white but can be pigmented in various colors.
LSR Applications Across Industries:
- Seals, gaskets and thin membranes
- Insulators and cushions
- Valves and bladders
- Respiratory masks
- Syringes and IV components
- Wearable health monitoring devices
- Electronic components
- Food and beverage products
Discover more about LSR applications across industries.
What Makes Silicone Rubber So Desirable?
Silicone rubber is a synthetic elastomer made from silicon, oxygen, hydrogen, and carbon. Known for exceptional resistance to extreme temperatures (-60°F to 450°F), it offers durability and flexibility with strong resistance to UV light, moisture, and ozone.
These properties make silicone rubber ideal for industries requiring long-lasting, high-performance solutions in harsh conditions, including automotive, energy, aerospace, and more.
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