90° Degree Reducer Elbow Silicone Radiator Boost Coolant Hose Couple Pipe Tube

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Product Description

Basic Information
Color
Red/Blue/Custom
Temperature
-20°C to +260°C
MOQ
300 - 500 PCS
Samples
Available for Free
Size
Customizable
Package
Standard Cartons
Specification
Can be Custom
HS Code
4016939000
Capacity
12,000 PCS/Day
Product Description

90° Degree Reducer Elbow Silicone Radiator Boost Coolant Hose

Type: Straight & 90° Elbow Silicone Hoses
Material: High-Quality Reinforced Silicone
Thickness: 5mm Wall, 4-Ply Reinforced
Working Pressure: 0.3 Mpa to 0.9 Mpa (43.5 - 130.5 PSI)
Temperature Range: -76°F (-60°C) to +500°F (+260°C)
No. Feature Technical Specifications
1Reinforcement1 to 5 Ply of Polyester/Aramid
2Wall ThicknessFull 2mm to 6mm
3Operating Temp-40°F to 482°F (250°C)
4Working Pressure0.5 to 6 Bar (7.25 to 87 PSI)
5Burst Pressure12 to 20 Bar (174 to 290 PSI)
6Shape OptionsStraight, Elbow, Hump, Reducer, Formed
⚠️ ATTENTION:   Silicone Hose is compatible with water and anti-freeze (coolant). It is NOT compatible with fuel or oil.
Frequently Asked Questions
Q1: What is the maximum temperature these silicone hoses can handle? Our silicone hoses are designed to withstand extreme temperatures ranging from -60°C (-76°F) up to +260°C (+500°F).
Q2: Can I use this hose for my vehicle's fuel line? No, standard silicone hoses are not compatible with fuel or oil. They are specifically designed for water, coolant, and air applications.
Q3: Do you offer custom sizes or shapes? Yes, we specialize in custom-built rubber and silicone hoses. We can manufacture various shapes including straight, elbow, hump, and reducers based on your specifications.
Q4: What is the burst pressure of the 4-ply reinforced hose? The 4-ply reinforced hoses typically have a burst pressure rating between 12 to 20 Bar (174 to 290 PSI).
Q5: Are the samples really free? Yes, we provide samples for free so you can verify the quality and fitment before placing a bulk order.
Q6: What materials are used for the reinforcement layers? We use high-quality Polyester or Aramid fabrics for the reinforcement layers to ensure high pressure resistance and durability.

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