product

Two Layers Steel Wire Reinforced Hydraulic Hose SAE 100 R2 / EN853 2SN

Inner Tube : oil resistant synthetic rubber - delivering hydraulic oils for long-term use.

Reinforcement Layer: Double - layers steel wire braided - its used to withstand high pressure.

Cover : oil resistant and weather resistant synthetic rubber -  it can work at tough condition and complex environment.

Temperature :  -40℃ (-104℉) to +100℃ (+212 ℉)





Product introduction
Description
Data Table
Application Fields
Product features

Hydraulic hose SAE 100 R2 is 2 layers of steel wire braid hydraulic hose. It consists of three layers. Inner tube, reinforcement and outer layer. Its used to deliver hydraulic fluid, petroleum based hydraulic fluid, hydraulic oil, mineral oil, gasoline, fuel oil, lubricating oil, emulsion, glycol solution, air brake, gas and water.

 

High pressure hose steel wire reinforced hydraulic rubber hose mainly used in mine hydraulic support, oil field development, suitable for engineering construction, lifting and transportation, etc. 

 

Hydraulic hose also known as hydraulic rubber hose, according to different models, the material is also different. It consists of inner tube, reinforcement layer and outer layer.

 

Why Choose a SAE 100 R2 Hose for High-Pressure Applications? 


High-pressure hydraulic systems require hoses that can operate under demanding mechanical stress while maintaining consistent fluid delivery. The sae 100 r2 hose is designed with two layers of high-tensile steel wire reinforcement which significantly enhances pressure resistance and fatigue performance compared to single-wire structures. This makes it particularly suitable for equipment such as excavators, hydraulic cranes, injection molding machines, mining drills, and industrial press systems where pressure spikes and continuous movement are expected. The hose body includes an oil-resistant synthetic rubber inner tube engineered to prevent swelling or softening when exposed to hydraulic oils, synthetic fluids, or high-temperature lubrication mediums. The outer rubber layer features abrasion-resistant and weather-resistant materials that enable the hose to withstand mechanical friction, UV sunlight exposure, and outdoor environmental variables over extended service periods.


One of the major advantages of selecting a 100r2 hose construction is its capacity to maintain structural stability without compromising flexibility. In many hydraulic systems, routing requires the hose to bend around machinery frames, articulating joints, and rotating mechanical arms. The two-layer reinforcement resists kinking and internal structural collapse, ensuring that internal fluid velocity remains consistent even in compact routing configurations. When used in combination with proper fittings and couplings, the 100r2 hose provides a secure seal that mitigates risks of leakage that could lead to fire hazards, contamination, or equipment downtime.


Reliability is central to cost efficiency. Unplanned hose failure in heavy-duty equipment results in operational delays, repair labor, and replacement expenses. The sae 100 r2 hose standard ensures predictable performance, enabling maintenance schedules to be planned proactively rather than reactively. This allows industrial operations to reduce downtime and maintain continuity of output. Compatibility with EN853 2SN specifications also supports interchangeability, making procurement and replacement straightforward across different equipment brands and international regions.


Guangrao Juyuan Rubber & Plastic Co., Ltd., follows a standardized and scientific quality management system throughout manufacturing. With direct production and direct supply, we maintain stable material sourcing, consistent dimensional accuracy, and dependable quality assurance. Customers benefit from transparent pricing, faster delivery, and the ability to request customized hose lengths, labeling, and packaging. Ultimately, selecting a r2 hydraulic hose design means securing long-term operational stability backed by materials engineering and precision production control.

 

How Does Two-Layer Reinforcement Improve Durability in SAE 100 R2 AT Hoses? 


The sae 100 r2 at hose is specifically engineered for hydraulic applications where not only high operating pressure but also repetitive motion, vibration, and external abrasion are daily concerns. Its two-layer steel wire reinforcement resists expansion under pressure surges, maintaining structural stability even when systems experience sudden load changes. This capability is critical in construction machinery, agricultural power equipment, and industrial automation lines where hydraulic cylinders constantly extend and retract. Unlike standard hoses that may fatigue or burst over time, the reinforced structure of the sae r2 hose prolongs operational life and reduces failure frequency.


The inner rubber tube is formulated to resist chemical interaction with hydraulic oils, preventing internal material breakdown that could lead to contamination of hydraulic valves or pump components. The smooth internal surface profile supports efficient fluid flow with minimal energy loss, promoting better mechanical responsiveness and system efficiency. Meanwhile, the outer protective cover is designed to endure friction caused by contact with metal surfaces, moving linkages, and debris-filled environments. This makes the sae 100 r2 hose a reliable choice for outdoor, industrial, or mobile hydraulic systems where environmental stress is unavoidable.


Flexibility is not sacrificed for strength in this hose type. The bending radius is engineered to stay within safe curvature limits, allowing installation in constrained spaces without inducing structural strain. This feature simplifies routing during assembly or maintenance, reducing installation time and technician labor. Additionally, the hose maintains dimensional consistency across production batches, making replacement during scheduled maintenance predictable and straightforward.


Guangrao Juyuan Rubber & Plastic Co., Ltd. focuses on delivering both product quality and supply stability. Our production line integrates raw material processing, reinforcement braiding, vulcanization, and pressure testing to maintain reliability across output volumes. Factory-direct logistics reduce cost fluctuations and ensures that the 100r2 hydraulic hose delivered to customers performs consistently in real-world environments.

 

What Advantages Come From Sourcing 100R2 Hydraulic Hose Directly From the Manufacturer? 


When selecting a 100r2 hydraulic hose, the performance of the product itself matters, but the stability of the supply source is equally important. For companies operating heavy machinery, mining vehicles, agricultural equipment, or industrial hydraulic lines, downtime caused by hose failure can lead to production delays and increased labor costs. Sourcing directly from the manufacturer provides assurance in both consistency and long-term availability. With direct control over raw materials, reinforcement wire tension, and vulcanization timing, the production process of the sae 100 r2 hose remains uniform from batch to batch, reducing variations that could affect durability.


Factory-direct procurement also simplifies inventory planning. When a customer works with a direct manufacturer, hose specifications, pressure ratings, and dimensional tolerances remain stable. This allows maintenance teams to standardize replacement parts instead of stocking multiple uncertain variants from mixed suppliers. The 100r2 hose follows the EN853 2SN standard, which ensures compatibility with commonly used hydraulic fittings, reducing the risk of leakage or improper sealing during replacement.


Customization is another advantage of working directly with the manufacturer. Depending on working conditions, customers can request abrasion-resistant outer layers, alternative rubber formulations for high-temperature environments, or protective sleeves for applications involving frequent contact with metal surfaces. Since these adjustments are made within the controlled production process, performance reliability remains intact. This also supports more accurate budgeting, because cost does not fluctuate across multiple middle-party markups.


Technical support and after-sales assistance are more effective when communication occurs directly with the production source. If operating conditions or installation routing require guidance, the manufacturer can offer fitting recommendations, bend radius best practices, and maintenance interval suggestions to extend the lifespan of the 100r2 assembly. For operations prioritizing efficiency and equipment uptime, a stable and traceable supply chain helps maintain consistent performance across entire machinery fleets.


In essence, sourcing the sae 100 r2 hose directly from a dedicated manufacturer ensures dependable quality, predictable delivery, and long-term operational reliability—advantages that translate into reduced downtime and cost savings for industrial users.

The hydraulic hose SAE 100 R2 has three layers of different material structure. The inner tube is made from oil resistant synthetic rubber, therefore it can’t be corroded by the petroleum base fluid and liquid. The reinforcement part is consist with  braided steel wire or high tensile textile, making the hose can withstand internal and external high pressure. The cover is made from high quality rubber and to play the protective function, so the rubber hose could resistant to abrasion, corrosion, air oxidation, extreme weather, ozone, aging, sunlight and cutting, also with longer service life.

SAE 100 R2

Metric Size Inch
Size
Dash
size
I.D W.D O.D W.P B.P R kg
(mm) (mm) (mm)
mm Inches Dash Min Max Min Max Max Mpa Psi Mpa mm Kg/m
5 3/16" 3 4.6 5.4 10.6 11.7 14.1 35 5075 140 90 0.32
6.3 1/4" 4 6.2 7 12.1 13.3 15.7 35 5075 140 100 0.36
8 5/16" 5 7.7 8.5 13.7 14.9 17.3 29.7 4307 119 115 0.45
10 3/8" 6 9.3 10.1 16.1 17.3 19.7 28 4060 112 125 0.54
12.5 1/2" 8 12.3 13.5 19 20.6 23.1 24.5 3553 98 180 0.68
16 5/8" 10 15.5 16.7 22.2 23.8 26.3 19.2 2784 77 205 0.8
19 3/4" 12 18.6 19.8 26.2 27.8 30.2 15.7 2277 63 240 0.94
25 1 16 25 26.4 34.1 35.7 38.9 14 2030 56 300 1.35
31.5 1.1/4" 20 31.4 33 43.2 45.6 49.6 11.3 1639 45.5 420 2.15
38 1.1/2" 24 37.7 39.3 49.6 52 56 8.7 1262 34.8 500 2.65
51 2 30 50.4 52 62.3 64.7 68.6 7.8 1131 31.5 630 3.42

 

EN 853 2SN

Metric Size Inch
Size
Dash Size I.D W.D O.D W.P B.P R kg
(mm) (mm) (mm)
mm Inches Dash Min Max Min Max Max Mpa Psi Mpa mm Kg/m
5 3/16" 3 4.6 5.4 10.6 11.6 14.1 41.5 6018 165 90 0.32
6.3 1/4" 4 6.2 7 12.1 13.3 15.7 40 5800 160 100 0.36
8 5/16" 5 7.7 8.5 13.7 14.9 17.3 35 5075 140 115 0.45
10 3/8" 6 9.3 10.1 16.1 17.3 19.7 33 4785 132 130 0.54
12.5 1/2" 8 12.3 13.5 19 20.6 23 27.5 3988 110 180 0.68
16 5/8" 10 15.5 16.7 22.2 23.8 26.2 25 3625 100 200 0.8
19 3/4" 12 18.6 19.8 26.2 27.8 30.1 21.5 3118 85 240 0.94
25 1 16 25 26.4 34.1 35.7 38.9 16.5 2393 65 300 1.35
31.5 1.1/4" 20 31.4 33 43.3 45.6 49.5 12.5 1813 50 420 2.15
38 1.1/2" 24 37.7 39.3 49.6 52 55.9 9 1305 36 500 2.65
51 2 30 50.4 52 62.3 64.7 68.6 8 1160 32 630 3.42

 

Mine hydraulic support:excavator、pneumatic equipment

Oil field mining:drilling equipment、drilling rig、oil pump

Engineering construction:lift machine、scraper、loader、drill、pile driver

Road construction machinery:rock crusher、stone crusher

Ships:cruise ship、fishing boat、yachts、ferries、port crane、quay crane

Offshore equipment:offshore drilling platform

Vehicle:cars、buses、vans、trucks、trains、subway

Pneumatic systems: air compressor、air brake

Oil resistance and high pressure resistance 

High temperature resistance and heat resistance  

Aging resistance with long service life

Good flexibility without distortion

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