Product Description
Silicone Molded Rubber Bellows for Vibro shifters
We specialize in manufacturing and supplying Silicone Molded Rubber Bellows that are designed to offer flexibility, durability, and reliable performance in various industrial applications. These bellows are made from high-quality food-grade silicone rubber, ensuring excellent resistance to heat, chemicals, weathering, and pressure variations.
Available Sizes:
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ID 100 mm Length 300 mm Thickness 3 mm
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ID 150 mm Length 300 mm Thickness 3 mm
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ID 200 mm Length 300 mm Thickness 3 mm
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ID 250 mm Length 300 mm Thickness 3 mm
Key Features:
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High flexibility with long service life
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Precise molded finish with accurate dimensions
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Excellent resistance to temperature and chemicals
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Lightweight and easy to install
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Food-grade quality, suitable for pharma & food industries
Applications:
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Food & Beverage industry
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Pharmaceutical machinery
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VIBRO SHIFTERS
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Automotive & Engineering equipment
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HVAC systems & piping connections
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Industrial machinery vibration absorption
We also offer custom sizes and designs as per client requirements.
Superior Protection and CustomizationThese silicone rubber bellows are designed to shield moving mechanical components from dust, moisture, and contaminants, prolonging equipment lifespan. Their flexibility and compression ratio (up to 4:1) make them ideal for applications requiring movement and vibration absorption. Custom dimensions and a choice of colours or transparency ensure compatibility with specific equipment needs across industries.
Health, Safety, and ComplianceCommitted to safety, our silicone rubber bellows are non-toxic, odourless, and tasteless. Manufactured from FDA-compliant and RoHS-compliant materials, they are suitable for sensitive environments like food processing and medical industries. Options for flame resistance (UL94 V-0) are available, supporting high safety standards in challenging operational settings.
Versatile Manufacturing and PerformanceProduced using compression or injection moulding, our bellows provide excellent tensile strength (8-12 MPa) and elongation at break (300%-400%). Their resilience to extreme temperatures (-60C to +220C), UV, ozone, and chemicals ensures dependable long-term performance. A smooth, matte finish and customizable surface attributes support diverse industrial requirements.
FAQ's of MOULDED SILICONE RUBBER BELLOW:
Q: How are moulded silicone rubber bellows manufactured?
A: Moulded silicone rubber bellows are produced using advanced compression or injection moulding techniques, ensuring precision, consistency, and high flexibility. This process allows for the creation of single-piece bellows with customized dimensions, thickness, and surface finishes.
Q: What are the main benefits of using silicone rubber bellows?
A: The primary advantages include superior protection against dust, moisture, and environmental contaminants; excellent flexibility and elongation; non-toxicity; electrical insulation; and resistance to extreme temperatures, UV, ozone, and chemicals. Customization options enhance their suitability for diverse applications.
Q: Where can silicone rubber bellows be used?
A: These bellows are ideal for protecting moving mechanical parts in pharmaceutical, medical, food processing, and electrical industries. They are also used in any environment that requires dust-proofing, vibration absorption, or protection from harsh weather conditions.
Q: What options for compliance and safety are available?
A: FDA compliance is available upon request, making these bellows suitable for food and medical use. They are also RoHS compliant and can be supplied with UL94 V-0 flame resistance where higher fire safety standards are needed.
Q: How customizable are these bellows in terms of size, colour, and properties?
A: Sizes, diameters (10 mm to 200 mm), thickness (1 mm to 6 mm), colours (transparent, red, white, blue, or custom), hardness (30A to 80A), and surface finish can all be tailored to meet specific project requirements, including translucent and reinforced types upon request.
Q: What makes these bellows suitable for high-performance applications?
A: Their high elongation at break (300%-400%), excellent tensile strength, weather and chemical resistance, and ability to operate in temperatures ranging from -60C to +220C make them highly durable for demanding industrial settings.