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High-Pressure SAE 100R13 Hydraulic Rubber Hose from China Suppliers & Factory - EN856 R13 Certified

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MAIN APPLICATION: Designed for very high-pressure applications that face surge or flexing, ideal for construction equipment, mining, and the high-performance industrial market. As a prominent China supplier, we ensure that our products meet the highest standards.

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APPLICABLE SPECS: Meets and exceeds DIN EN856 R13 and SAE J517 R13 specifications, making it a reliable choice for various industrial applications.

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TEMPERATURE RANGE: Operating effectively in extreme temperatures from -40°F to +250°F (-40°C to +121°C), thus suitable for diverse environments.

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INNER TUBE: Constructed from oil-resistant synthetic rubber, ensuring durability and longevity in demanding conditions.

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REINFORCEMENT: Features four to six high-tensile steel spirals for enhanced strength and reliability, making it the preferred choice from a trusted factory in China.

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COVER: Made from environment-resistant synthetic rubber, this product is also flame resistant, ensuring safety and performance in challenging situations.

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    i-d r-o-d o-d max-w-p my-bp my-br weight
    I.D R.O.D. O.D MAX W.P. MIN B.P. MIN B.R WEIGHT
    mm inch Min Max Min Max Min Max bar psi bar pri mm kg/m
    mm mm mm mm mm mm
    19.0 3/4" 18.6 19.8 28.2 29.8 31.0 33.2 345 5075 1380 20000 240 1.61
    25.0 1" 25.0 26.4 34.9 36.4 37.6 39.8 345 5075 1380 20000 300 2.20
    31.5 1.1/4" 31.4 33.0 45.6 48.0 48.3 51.3 345 5075 1380 20000 420 3.57
    38.0 1.1/2" 37.7 39.3 53.1 55.5 55.8 58.8 345 5075 1380 20000 500 4.98
    51.0 2" 50.4 52.0 66.9 69.3 69.5 72.7 345 5075 1380 20000 630 7.20
    Frequently Asked Questions

    Q:What is the maximum working pressure (MAX W.P.) for these hoses?

    The maximum working pressure for all listed hose sizes, ranging from 3/4" to 2", is consistently rated at 345 bar (5075 psi).

    Q:What is the minimum burst pressure (MIN B.P.) of the hoses?

    The minimum burst pressure for this entire product range is 1380 bar (20000 pri/psi), ensuring safety under high-pressure conditions.

    Q:How does the minimum bend radius (MIN B.R) change with the hose size?

    The minimum bend radius increases as the hose diameter increases. It starts at 240 mm for the 3/4" (19.0 mm) hose and goes up to 630 mm for the 2" (51.0 mm) hose.

    Q:What is the weight range for these hoses?

    The weight of the hoses ranges from 1.61 kg/m for the smallest 3/4" size up to 7.20 kg/m for the largest 2" size.

    Q:What do the terms I.D, R.O.D, and O.D stand for?

    They stand for Inner Diameter (I.D), Reinforcement Outer Diameter (R.O.D.), and Outer Diameter (O.D), which define the key dimensional layers of the hose structure.