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Steam Rubber Hose

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MOQ : 50 Meters

Steam Rubber Hose Specification

Temperature Resistance
Up to 165C

Flame Resistance Level
Moderate flame resistance

Hardness
705 Shore A

Size
1/2 inch to 2 inch (custom sizes available)

Natural Rubber
Yes, rubber blend with high natural rubber content

Resistance level
Resistant to saturated steam up to 17 bar pressure

Feature
High flexibility, abrasion resistant, anti-aging, and weather resistant

Usage & Applications
Designed for conveying saturated steam and hot water in chemical, petrochemical, and general industrial applications

Density
1.4 Gram per cubic centimeter(g/cm3)

Part Type
Hose

Water Absorption
Minimal

Tensile Strength
12 MPa 18 MPa

Components
Tube, reinforcement ply, and cover

Material
Synthetic/Natural blend rubber with reinforced plies

Color
Black

Diameter
12.5 mm to 50 mm

Rubber Type
Natural and synthetic rubber

Weight
Varies as per size and length

Thermal Conductivity
Low

Tolerance
0.5 mm

Thickness
4 mm 8 mm

Length
10 m to 30 m (standard lengths)

Product Type
Steam Rubber Hose

Surface Finish
Smooth or cloth impression

Style
Smooth or fabric impression finish

Steam Rubber Hose Trade Information

Minimum Order Quantity
50 Meters

Supply Ability
Meter

Delivery Time
1 Week

About Steam Rubber Hose

Steam Rubber Hose

CONSTRUCTION:

Tube: EPDM - Black
Cover: EPDM - Black. All sizes are perforated
Reinforcement: Single/Double Braid of High Tensile Brass Coated Steel Wire
Temperature Range: Medium From -40°C up to+185°C

APPLICATIONS: Recommended for all type of Steam - Saturated and Superheated - upto 150 psi & 185°C.

Specification

Hose ID		Type 1		Type ll
Inch	mm	Working pressure (BAR)	Burst Pressure (BAR)	Working pressure (BAR)	Burst Pressure (BAR)
1/2	12.6	10	40	16	64
5/8	15.9	10	40	16	64
3/4	19.4	10	40	16	64
1	25.4	10	40	16	64
11/4	31.8	10	40	16	64
11/2	38.1	10	40	16	64
2	50.8	10	40	16	64

Exceptional Steam and Hot Water Handling

This hose is specifically designed to safely convey saturated steam and hot water in a range of industrial sectors, including chemical and petrochemical plants. Its robust construction ensures operational safety and efficiency in high-pressure environments, while its antistatic feature, available on request, enhances protection against electrical hazards.

Durability and Flexibility Benefits

Produced with a carefully selected blend of natural and synthetic rubber, reinforced with textile cords, the hose combines durability, high tensile strength, and outstanding flexibility. These features facilitate smooth handling, easy installation, and long-term reliability in both indoor and outdoor settings exposed to weather and ozone.

Compliance and Customization

Meeting major international compliance standards, such as IS 10655, BS 5342, and DIN EN ISO 6134, the hose assures quality and safety for various applications. It can be supplied with different finishes, lengths, thicknesses, and end fittings to suit precise operational requirements and preferences.

FAQs of Steam Rubber Hose:

Q: How does the steam rubber hose resist weather and ozone degradation?

A: The hose employs an EPDM rubber cover that is highly resistant to weathering and ozone, ensuring longevity and consistent performance even when exposed to harsh environmental conditions.

Q: What applications is this hose suitable for?

A: It is ideal for conveying saturated steam and hot water in chemical processing, petrochemical plants, and general industrial operations where robust and safe fluid transfer is essential.

Q: When is antistatic electrical conductivity required for this hose?

A: Antistatic properties can be requested when the application involves environments where prevention of static buildup is crucial, such as in areas handling flammable materials or requiring enhanced electrical safety.

Q: Where should the hose be installed for optimal performance?

A: For best results, install the hose in areas with adherence to recommended minimum bending radius (e.g., 220 mm for 1" hose) and ensure proper end fittings are selected according to operational needs.

Q: What manufacturing process is used and how does it benefit quality?

A: The hose is produced using a mandrel built process, which offers superior dimensional precision, strong reinforcement integration, and a seamless construction for enhanced pressure resistance and durability.

Q: How do I determine the correct size and end connection for my application?

A: Select the hose size (from 1/2 inch to 2 inch or custom) and end connection (plain ends or with fittings) based on pressure, fluid type, installation space, and existing system compatibility. Supplier guidance can further assist in choosing the best option.

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