Turbo Pipes for Sale
RONTEIX produces various types of molded or wrapped turbo pipes at a competitive price.
Our turbo pipes offer the following advantages:
- Reliable systemic risk mitigation: Increases mean time between failures and prevents pipe cracks or joint damage.
- Optimized spatial layout and compatibility: Meets the piping layouts and connector angles of models such as Land Rover, Mercedes-Benz, Ford, Nissan, and Honda.
- Withstands extreme operating conditions: Resists leaks even at high pressures up to 16 MPa and temperatures exceeding 160 degrees Celsius.
- Reduces maintenance costs: Offers a fatigue life of over 10 years and low repair costs.
If you’re interested in our turbo pipes, please email us.
Custom Turbo Hoses
RONTEIX offers solutions for extreme turbo hose performance requirements and vehicle-specific modifications.
- Dimensions and Shapes: We offer bend angles of 45°, 90°, 135°, and 180°, as well as S-shaped, U-shaped, and T-shaped configurations. Custom specifications are available for inside diameter, wall thickness, clamps, and beads.
- Materials and Layers: We offer aluminum, stainless steel, FKM, rubber, and silicone, as well as custom 3- to 6-layer polyester or aramid reinforcements.
- Colors: Available in blue, black, red, pink, purple, green, yellow, transparent, and other colors.
- Branding: We offer silkscreen printing, heat transfer printing, pad printing, laser marking, and molded-in logo.
Please send us your drawings, specifications, and requirements immediately.
What is a RONTEIX turbo hose?
RONTEIX turbo hoses, also known as turbocharger hoses or turbo tubes, are used to connect the turbocharger, the engine’s intake system, and the intercooler.
What does a turbo hose do?
Transporting Pressurized Air
Our turbo hoses deliver the high-volume, high-pressure air compressed by the turbocharger to the intercooler. Then into the engine’s intake manifold. The more oxygen delivered to the combustion chamber, the more fuel the engine burns, resulting in a greater increase in horsepower and torque.
Absorbing Vibrations and Compensating for Movement
Our silicone or rubber turbo hoses act as shock absorbers, isolating vibrations and accommodating physical displacement.
Accommodating Thermal Expansion
Our turbo hoses can accommodate thermal expansion and contraction while maintaining a tight seal.
Preventing Ballooning
Our turbo hose prevents the hose from expanding, ensuring that 100% of the compressed air reaches the engine.
Ensuring System Seal
Our turbo hoses use beads that interlock with clamps to form a mechanical lock.
Turbocharger Tube by Function
RONTEIX turbocharger hoses can be categorized as follows based on the media conveyed and their functions:
Used to convey and guide compressed air, featuring 3–5 layers of polyester or aramid reinforcement and offering NVH performance.
Used to connect the turbocharger compressor outlet to the intercooler, reducing airflow resistance with a flexible connection.
Operating in a high-vacuum, low-temperature environment, the inner diameter and elbow curvature are optimized to direct the filtered air to the compressor impeller.
Provides a water-cooling circuit for the turbocharger, using multilayer silicone or high-temperature-resistant rubber to extend its service life.
Made of silicone, aluminum alloy, and plastic, with a high-pressure-resistant and collapse-proof design that insulates against high temperatures.
Consisting of an oil feed line and an oil return line, serves as the lubrication and cooling pathway in the turbocharger system.
Used to connect the engine crankcase to the turbocharger’s intake system, made of FKM or EPDM, with an outer layer of nylon or AR material.
Turbo Hose by Material
Turbo hoses are made of silicone, rubber, alloy aluminum, stainless steel, and have the characteristics of pressure resistance, wear resistance, and high temperature resistance. Please contact us immediately to inquire.
Made of EPDM, FKM, or ECO materials, used as original equipment manufacturer (OEM) parts.
Used for air conveyance over long, straight distances to maintain pressurization, features a rigid structure with zero expansion rate.
Tensile strength of 520 MPa, lowest expansion rate, smooth inner wall, and a minimum service life of 10 years.
Durable option, resistant to compression and expansion, capable of withstanding high temperatures up to 260°C.
Silicone Turbo Hose by Shape
RONTEIX silicone turbo hoses come in a variety of configurations—including 45°, 90°, 135°, and 180° bends, as well as reducers and couplers—to meet your needs.
Available in 2-4.5 inch inside diameter, with lowest working pressure at 14.5 PSI / 1 bar.
With 4-ply reinforcements, 3/16-inch wall thickness, and a 4-inch inside diameter.
With 2 MPa burst pressure and 0.3-0.9 MPa working pressure, using 4-ply knitted polyester fabric reinforced.
Available in 2-6 mm wall thickness, withstand temperatures up to 250℃.
Suitable for pipe diameter transitions and connections, and for compensating for installation errors and thermal expansion and contraction.
Ideal for seamless connections between pipes, reducing noise transmission and minimizing stress at the joints.
Turbo Hose Features & Benefits
RONTEIX turbocharger hoses are suitable for retail, auto repair shops, and fleets. We have significantly enhanced their weather resistance, pressure resistance, and flexibility to meet specific application requirements.
Withstands temperatures ranging from -40°C to 250°C, maintaining mechanical strength during prolonged high-temperature exposure and preventing bulging or bursting.
The inner wall is made of fluorosilicone and silicone rubber materials, with an added reinforcing layer to improve the pipe wall’s pressure resistance.
Using 3, 4, 5, 6 – ply polyester, aramid, Nomex, fiberglass, and steel wire reinforcements improves stability.
The volume change rate after oil immersion is less than 5% without changing the pipe diameter or hardness, and the adhesion retention rate between the reinforcing layers is greater than 80%.
Resistant to ozone and UV aging, chemical corrosion, tearing, mechanical abrasion, damp heat, and hydrolysis, and prevents moisture from penetrating the reinforcing layer.
Has a small bending radius, absorbs axial, radial, and angular displacements, and retains shape or returns to its original shape when subjected to pressure.
Prevents the engine block from overheating, ensures the proper functioning of the main cooling circuit, and provides a rapid thermal response,
Custom ID, OD, length, wall thickness, angle, reinforcements, port configuration.
Wholesale and Supply Turbocharger Hose
Based on the conveying medium, operating temperature, pressure ratings, and application environment, RONTEIX offers customization services for NBR hoses—including inner diameter, wall thickness, length, bend radius, color, surface texture, branding, reinforcement structure, connection methods, and material formulation. Please send us your product drawings or samples!
Turbo Hose Replacement
RONTEIX offers turbo hoses that are 1:1 replicas based on OEM molds, as well as custom-made hoses for replacement or performance upgrades.
We recommend replacing your hoses if you experience a drop in engine power, a flashing check engine light, or visible cracks on the hose surface.
Compared to OEM hoses, RONTEIX turbo hoses enhance throttle response and the driving experience, offer greater installation tolerance, and provide a longer maintenance-free service life.
If you are interested in our turbocharger hoses, please send us an email.
Turbo Piping Parts
RONTEIX turbo piping consists of three parts: hot-side exhaust piping, cold-side intercooler piping, and connecting hardware.
Hot Side Exhaust Piping
Our upper and lower exhaust pipes are made of alloy stainless steel and feature a specialized thermal management design. Additionally, we can design connectors or modular structures to eliminate the need for adapters.
Cold Side Intercooler Piping
Our cold-side piping can transport high-density cold air to maintain stable air intake and uses a constant-diameter design and large-radius elbows to minimize pressure loss.
Connecting Hardware
Our turbo piping uses silicone couplers, clamps, flanges, and beads to connect and secure the piping, absorb vibrations generated during engine operation, and prevent leaks.
For more information on RONTEIX turbo piping parts, please contact us!
Turbo Manifold Piping
RONTEIX turbo manifold piping is made of cast iron, stainless steel, 321, and Inconel and connects the engine intake to the turbocharger. Our pipes transport exhaust gas and, having undergone repeated thermal cycling, can withstand high exhaust temperatures.
Compared to silicone hoses, the properties of metal make our turbo manifold piping more pressure-resistant.
Our hoses are categorized into equal-length, unequal-length, and integrated manifold pipes. We can customize the pipe diameter, runner length, bend radius, inner wall smoothness, and wall thickness according to your drawings.
Please send us an email to request a quote.
Turbo Piping Kit
RONTEIX turbo piping kits consist of a charge pipe, silicone coupler, silicone turbo boot, silicone hump coupler, silicone reducer, silicone elbow, silicone T-piece, clamp, beaded charge pipe, vacuum port, gasket, and brackets.
Universal Turbo Piping Kit
Our kits are made of aluminum, stainless steel, and silicone, with inner diameters ranging from 2″ to 3.5″ (2.25″, 2.5″, 2.75″, 3″, and 3.5″). They can be cut, trimmed, and reassembled to suit your needs. We offer straight pipes and pipes with 45°, 60°, 75°, 90°, and 180° bends.
Custom Turbo Piping Kit
We offer custom turbo hose kits for Honda, BMW, Nissan, Toyota, Ford, and Volkswagen. Our factory has a selection of mass-production molds for you to choose from.
Triton Turbo Hose
RONTEIX Triton turbo hoses connect to an all-aluminum cylinder block and are suitable for low- to medium-power engines.
Single-Turbo Engine
All you need is a set of intake and exhaust pipes to connect the air filter to the single turbocharger and the turbocharger to the single intercooler.
Bi-Turbo Engine
You’ll need to install two separate intake and exhaust manifolds to accommodate the two independent turbochargers. We’ve designed elbows and reducers in a variety of angles to address the complex piping layout in the engine compartment. Turbo hoses with more layers, greater pressure resistance, and more ports are essential for bi-turbo engines.
Please send us your turbo hose drawings and specifications, and we will provide a one-stop customization service.
Silicone Turbo Boots
RONTEIX silicone turbo boots connect to rigid turbo pipes, improving the seal and absorbing engine vibrations.
Straight Turbo Boot
Used to connect two turbo pipes with similar outer diameters, providing flexible cushioning; features built-in stop beads to prevent slippage.
Reducer Turbo Boot
Used to connect two rigid pipes with different outer diameters, employs dual-size stop beads that are paired with T-bolt clamps of different sizes to ensure a seamless connection and maintain a tight seal.
Elbow Turbo Boot
Change the direction of the airflow to prevent it from hitting the pipe walls and avoid flattening the pipe.
Hump Hose
Compensates for misalignment and absorbs displacement. The hump provides greater room for deformation, allowing pipe connections to be made even when components are not perfectly aligned.
Turbo Hose Clamps
RONTEIX offers worm gear clamps, T-bolt clamps, and constant tension clamps for individuals and factories. They provide strong radial pressure to ensure a tight seal.
Lined Worm Gear Clamp
Our clamps provide 360° uniform radial clamping and feature rolled edges to prevent cuts to the silicone tubing.
T-Bolt Clamp
Typically used for turbocharger intake and exhaust pipes and intercooler pipes, they can withstand high boost pressure and severe vibrations, preventing air leaks and pipe slippage.
Constant Tension Clamp
It uses an original, pre-assembled, disposable unit that provides a strong seal, ensuring long-term, maintenance-free operation without the need for disassembly.
Turbo Piping Fabrication
Design & Measurement
Measure the outlet, inlet, intercooler, and throttle body diameters, as well as pipe lengths and bend angles, and check engine bay clearance in advance to assess engine power and space constraints.
Piping Cutting
We use a CNC cutting machine to cut tubing fully automatically according to the design dimensions.
Tube Bending
We feed the pre-processed straight tubes into the CNC welding machine for automated, precision forming, ensuring that every tube is dimensionally consistent.
Bead Rolling
We use the bead rolling process to help you reinforce piping, prevent clamps from slipping, and secure component installations.
Welding Process
We use TIG welding and bung welding processes to install sensors or valves, smooth out weld seams, and improve the seal integrity of aluminum tubes
Pressure Testing
After processing is complete, we will conduct working pressure tests and burst tests on the final product to check for bubbles or leaks in the welds and joints.
How to Choose the Right Turbo Hose for Your Engine?
Identify Position and Function
Determine whether the hose is installed on the turbo inlet, the hot side, or the cold side.
Material
Silicone turbo hoses are suitable for use with the intake and intercooler; FKM hoses are suitable for fuel and heat-resistant applications. Rubber hoses are suitable for standard temperatures.
Check Reinforcement Layers
The more layers there are, the higher the burst pressure, and the lower the expansion ratio and elongation.
Proper Fitment and Sizing
Determine the inner diameter, shape/angle, and bead locks; ensure compatibility with the engine compartment layout.
Resource
For more products and to learn about RONTEIX, please click to download our catalogue as follows:
Know more about product knowledge and manufacturing process? Just click the video link.
Aluminum Turbo Pipe v.s. Silicone Turbo Hose
RONTEIX aluminum turbo pipes are suitable for long-distance, straight-line transport.
RONTEIX silicone turbo hoses are suitable for connections, transitions, and vibration damping.
- In terms of heat resistance, aluminum turbo pipes conduct heat quickly, while silicone turbo hoses can withstand temperatures ranging from -40°C to 250°C.
- In terms of vibration resistance, our silicone turbo hoses serve as excellent shock absorbers, protecting the turbo shaft and intake manifold.
- In terms of airflow resistance, our aluminum turbo hoses offer lower resistance than silicone hoses, allow for a larger bend radius, and reduce turbulence.
- In terms of cost, our silicone turbo hoses can be mass-produced using molds to reduce costs, whereas aluminum pipes involve higher material and manufacturing costs.
If you are interested in our turbo hoses, please contact us for a quote.
Application
RONTEIX turbocharger tubes are typically used in the following areas to ensure engine performance.
Our turbocharger hoses are designed to enhance the power performance, fuel efficiency, and driving experience of passenger cars.
Our turbo hoses are designed to withstand the heavy loads and high-stress engine conditions found in trucks, and to resist extreme physical and chemical corrosion.
Our turbo hoses can withstand the extreme heat buildup in bus engines and absorb displacement stresses. Designed for buses that frequently start and stop and are exposed to high temperatures in the rear engine compartment, they control noise and vibration and offer high-pressure resistance.
Our turbo hoses are designed for excavators, loaders, bulldozers, and large mining trucks, helping to withstand extreme mechanical wear and harsh operating conditions.
Our turbocharger hoses are salt-fog resistant, corrosion-resistant, and impervious to moisture, making them capable of withstanding high-humidity, high-salinity marine environments.
RONTEIX turbo hoses feature multiple layers of aramid reinforcement to enhance resistance to pulse fatigue and prevent collapse.
More About RONTEIX Turbocharger Hose
RONTEIX has a 5,000-square-meter factory and eight production lines for silicone hoses. Our hoses are best-sellers in Europe, North America, Australia, New Zealand, Africa, and Latin America, and are compatible with a wide range of automotive and mechanical applications. If you are interested in our hoses, please send us an email.
- Video
- Data Sheet
- Gallery
| Turbocharger Hose Specification Sheet | ||||
| Inner Diameter (mm) | Inner Diameter (inch) | Layers | Wall Thickness (mm) | Standard Length |
| 25 | 1″ | 4 | 4.5 | 100 mm or as requested |
| 32 | 1-1/4″ | 4 | 4.5 | 100 mm or as requested |
| 38 | 1-1/2″ | 4 | 4.5 | 100 mm or as requested |
| 45 | 1-3/4″ | 4 | 5 | 100 mm or as requested |
| 51 | 2″ | 4 | 5 | 100 mm or as requested |
| 54 | 2-1/8″ | 4 | 5 | 100 mm or as requested |
| 57 | 2-1/4″ | 4 | 5 | 100 mm or as requested |
| 60 | 2-3/8″ | 4 | 5 | 100 mm or as requested |
| 63 | 2-1/2″ | 4 | 5 | 100 mm or as requested |
| 76 | 3″ | 4 | 5 | 100 mm or as requested |
| 80 | 3-1/8″ | 4 | 5 | 100 mm or as requested |
| 89 | 3-1/2″ | 4 | 5 | 100 mm or as requested |
| 102 | 4″ | 4 | 5 | 100 mm or as requested |
Testimonials
We are Mehdi Aidoudi Company in Thailand, procuring industrial equipment. We have been purchasing silicone hoses from RONTEIX since 2021. Even for ordering a single hose, they ship promptly.
ActeusbuyerWe are a U.S.-based retailer of parts and accessories for UTVs and snowmobiles, and we have worked with RONTEIX on several occasions since 2018. They provide timely updates on logistics and deliver on schedule.
Brian EyrePurchasing ManagerI am the General Manager of an Arabian procurement company. We place custom orders for single or double silicone hoses, choosing either air or sea freight. Our customers are very satisfied with the quality of the custom hoses, and the dimensions are just right.
Mohammad SalehG.Manager
Clamp and Installation Issues
Over time, clamps may wear out or come loose, making it impossible to secure them to the hose. Additionally, improper alignment, incorrect installation, or tightening torques that do not meet specifications can all compromise the seal.
Material Degradation
The high temperatures in a turbocharger system can cause the hose material to age. Whether made of rubber or silicone, prolonged exposure to temperatures exceeding 260℃ can cause the material to melt and crack.
Abnormal System Pressure
Excessive boost pressure from the turbocharger or a malfunctioning relief valve can cause abnormally high pressure in the turbo hoses.
External Factor and Mechanical Damage
Severe vibrations during engine operation, dust or dirt clogging the hose, or accidental impacts can cause mechanical damage to the turbo hose.
You need to check whether the turbo hose has been subjected to high-pressure impacts, whether the clamps have failed, or whether the hose is slipping due to oil contamination or material degradation. In particular, you should focus on inspecting the operation of the pressure relief valve, the torque of the clamps, and the cleanliness of the connections.
When a turbo hose cracks, the following symptoms occur:
Hissing Sound of Pop/Bang
Power Loss and Slow Turbo Spool
Black Smoke from Exhaust
Active Check Engine Light
Rough Idle or Hard Starting
Fuel Inefficiency
If your vehicle has traveled 60,000–80,000 kilometers or is 3–5 years old, we recommend replacing the standard turbo hoses. If your vehicle has traveled 100,000 kilometers, you should consider replacing the turbocharger coolant hoses.
If you notice unusual engine noises, air leaks, increased fuel consumption, a loss of power, or abnormal idling, you should replace the turbo hoses immediately.
During routine maintenance, if you notice visible damage to the turbo hoses, worn connections, or material hardening, we also recommend replacing the entire set or using specialized hoses that meet the original equipment manufacturer’s specifications.
3/4 mm ID: Primarily used to connect small control components, including the control ports of pressure relief valves, FPRs, and exhaust bypass valves.
- 6 mm ID: Primarily used for higher flow rates or to connect boost controllers.
- 8 mm ID: Primarily used for critical areas that must withstand higher pressures or flow rates.
- 12.7 mm ID: Suitable for larger connection points in turbochargers or intake systems.
RONTEIX turbo inlet pipes are performance-enhancing components—an essential choice for those seeking ultimate power, track driving, and turbo system upgrades.
RONTEIX silicone turbo tube offers excellent elongation. This stiffer-textured tubing, featuring multiple layers of reinforcement, has a maximum elongation at break of less than 50%.
Hot Water Soak
Soak the ends of the silicone turbo hoses in hot water at 60°C–80°C for 5–10 minutes to soften them. Once softened, the hose slides more easily over the fitting.
Lubrication Method
Apply silicone grease or soapy water to the inner walls of the hose and the outer surfaces of the fittings to reduce friction.
Mechanical Stretching Tools
Using a hose expander, insert the expandable mandrel into the hose, and then use a lever or hydraulic pump to expand it.
For emergency repairs, we recommend cleaning the oil and dust from the crack, then using epoxy tape or silicone self-bonding tape to wrap the crack in overlapping layers. Finally, you’ll need to use clamps to secure the outer layer of tape.
For small cracks or minor damage, you can cover the area with a rubber gasket and secure it with a metal repair clamp. Alternatively, you can use self-tapping screws to secure the loose end of the pipe and prevent it from coming loose again.
If the middle section of your hose is torn or broken, you can slip both ends of the hose onto the couplings and then secure them with T-bolt clamps or stainless steel pipe clamps.
Loss of Power and Slow Acceleration
The engine struggles to reach higher RPMs during acceleration, passing, or climbing hills, resulting in a decline in overall performance.
Abnormal Combustion and Exhaust
The exhaust emits black smoke, blue smoke, or backfires.
Unstable Idling or Unusual Noises
The engine shakes at idle, stalls, has air leaks, or emits a high-pitched whistling sound caused by pressure loss.
Related Product
Rubber Hoses
PVC Tubing
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