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The Beter 1600 R2 Vertical LSR Injection Molding Machine represents a technological breakthrough in manufacturing infant pacifiers from ultra‑soft liquid silicone rubber. The material is so fluid that it easily flashes through microscopic venting gaps, yet it is so delicate that excessive shear heat or injection pressure will permanently destroy its tear strength and cloud its transparency. Our machine resolves this contradiction through a holistic system engineering approach.
Technical Specifications
Item No
Better 1600 R2
Clamping force
160 tons
Max mold size
530*530(700*450) mm
Mini mold height
300+50 mm
Ejector space (from product)
130 (100) mm
Max hydraulic pressure pump output
140 kg/cm²
Water volume
1500~1800 liters/hr
Motor
22 kw
Dimensions (length*width*height)
3130*2410*3280/4130 cm
Total Weight
9 tons
Why LSR is the Perfect Choice for Baby & Maternal Products
Liquid Silicone Rubber (LSR) is inherently food-grade, BPA-free, and phthalate-free, making it completely safe for babies who put everything in their mouths. Its ultra-soft, gel-like elasticity gently soothes tender gums without causing irritation, while its exceptional heat resistance (‑40°C to +250°C) allows repeated steam sterilization, boiling, or dishwasher cleaning without degrading.
LSR is non‑porous and hydrophobic, resisting bacterial growth and odors - critical for hygiene. The material also offers excellent transparency and vibrant colorability, appealing to both parents and infants. Unlike rubber or plastic, LSR contains no harmful leachables, retains its shape after thousands of sucks, and is virtually tear‑proof. For pacifiers, teethers, bottle nipples, and training cups, LSR delivers peace of mind, durability, and unmatched comfort, which is why leading brands trust it for every baby's daily care.
Applications
Automotive Industry: Liquid silicone rubber is increasingly used in automotive components due to its resistance to fuel and lubricant erosion. Applications include ignition wires, spark plug protective covers, heating and radiator hoses, muffler linings, battery connectors, and fuel pump components. It's also widely used for electronic part encapsulation, windshield sealing, and body sealing applications.
Electronic & Electrical Industry: As a premium insulating material, silicone rubber is used in TV anode covers, high-voltage protection components, refrigerator defroster wires, and power transmission cables. Conductive silicone is employed in electronic contact points, while flame-retardant varieties are essential for nuclear power applications. Heating elements made from silicone regulate temperatures in precision instruments and medical devices.
Aerospace Industry: This high-performance material withstands extreme space temperatures and is critical for aircraft components including body cavity seals, engine O-rings, oxygen masks, and radar shock absorbers. Flame-resistant varieties protect rocket components from jet exhaust damage.
Construction Industry: Silicone's weather resistance makes it ideal for building sealants, particularly for precast concrete and curtain walls. It's also used in bathroom tile joints and as a replacement for traditional materials in highway expansion joints.