Low Pressure C6 Hose

Low Pressure C6 Hose Specification

Application
Fuel, air, and water conveyance under low pressure

Hardness
60-70 Shore A

Use
Industrial, automotive, and machinery

Working Presssure
Up to 300 PSI

Product Type
Low Pressure Hose

Material
High quality synthetic material

Finish
Smooth finish

Length
Available in custom lengths

Tube
Oil resistant synthetic rubber

Cover
Synthetic rubber, abrasion and weather resistant

Connection
Crimped ends, threaded fittings

Temperature
-40C to +100C

Low Pressure C6 Hose Trade Information

Minimum Order Quantity
2 Pieces

Supply Ability
50 Pieces Per Week

Delivery Time
2-10 Days

About Low Pressure C6 Hose

Low Pressure C6 Hose

Recommended For: Hydraulic oil lines, heavy-duty transmission oil, anti-freeze solution. Meets or exceeds requirements of SAE 100R6 /EN 854.
Tube: Specially compounded, oil-resistant, synthetic rubber (Nitrile)-Black.
Reinforcement: One braid of high tenacity yarn.
Cover: Oil and abrasion resistant synthetic rubber, (Modified Nitrile)- Black.
Temperature Range: -40°C to +100°C

Exceptional Performance and Reliability

Engineered with high-quality synthetic materials and reinforced with high tensile fiber, the Low Pressure C6 Hose delivers outstanding performance across challenging environments. Its resistance to ozone, abrasion, and oil ensures long service life, even in demanding industrial and automotive settings.

Wide Range of Applications

From fuel lines to water and air conveyance, this hose is suitable for diverse usage in machinery and vehicles. With superior flexibility and custom length options, it integrates seamlessly into various systems, meeting the requirements of distributors, exporters, importers, and suppliers across India.

Safety and Compliance

Conforming to IS 7654 and SAE J30 standards, the hose guarantees safety and reliability. Its robust construction and smooth finish enable safe operation up to temperatures of +100C, providing peace of mind during critical conveyance tasks.

FAQs of Low Pressure C6 Hose:

Q: How is the Low Pressure C6 Hose typically installed for fuel, air, and water conveyance?

A: The hose can be installed using crimped ends or threaded fittings, depending on system requirements. Its flexibility allows for easy routing around machinery or automotive components, and it is available in coils or straight lengths for varying installation setups.

Q: What benefits does the high tensile synthetic fiber reinforcement provide?

A: High tensile synthetic fiber reinforcement enhances the hoses strength, allowing it to withstand burst pressures up to 1200 PSI and working pressure up to 300 PSI. This ensures safe, reliable operation in low-pressure applications while maintaining flexibility.

Q: When should the Low Pressure C6 Hose be used instead of traditional rubber hoses?

A: This hose should be considered when superior ozone, abrasion, and oil resistance are required, especially in industrial or automotive environments where durability and flexibility are key. Its ability to handle a wide temperature range makes it ideal for both indoor and outdoor settings.

Q: Where can the hose be applied in industrial, automotive, or machinery systems?

A: It is suitable for use in fuel lines, air systems, and water conveyance applications, benefitting factories, garages, and machinery installations. Distributors, exporters, importers, suppliers, and traders across India rely on its versatility and custom length options.

Q: What processes are employed to ensure the hose meets IS 7654 and SAE J30 standards?

A: Manufacturers utilize rigorous quality control and testing procedures, including pressure and temperature resistance checks. Material selection focuses on high-quality synthetic rubber to achieve oil resistance and durability, while the production process ensures a smooth finish and precise dimensions.

Q: How does the ozone resistance of this hose benefit long-term usage?

A: Its excellent ozone resistance protects against cracking and degradation when exposed to outdoor air or harsh environments, resulting in extended service life and reduced maintenance costs for the end user.