
主な特徴:
EN/DINおよび新SAE定格作動圧力
カバーコンパウンドの耐火性
MSHA承認
滑らかなカバー FRAS承認
油圧ホース R17
Bランドホースレイライン メーカー




部品番号 |
ID |
外径 |
WP |
BP |
BR |
WT |
|||
ダッシュ |
インチ |
んん |
んん |
MPa |
サイ |
MPa |
サイ |
んん |
kg/m |
R17-04 |
1/4″ |
6.4 |
13.2 |
21.0 |
3045 |
84 |
12180 |
50 |
0.200 |
R17-05 |
5/16″ |
7.9 |
15.0 |
21.0 |
3045 |
84 |
12180 |
55 |
0.230 |
R17-06 |
3/8″ |
9.5 |
17.0 |
21.0 |
3045 |
84 |
12180 |
65 |
0.290 |
R17-08 |
1/2″ |
12.7 |
21.1 |
21.0 |
3045 |
84 |
12180 |
90 |
0.380 |
R17-10 |
5/8″ |
15.9 |
25.9 |
21.0 |
3045 |
84 |
12180 |
100 |
0.640 |
R17-12 |
3/4″ |
19.1 |
30.3 |
21.0 |
3045 |
84 |
12180 |
120 |
0.800 |
R17-16 |
1″ |
25.4 |
38.6 |
21.0 |
3045 |
84 |
12180 |
150 |
1.280 |
高圧油圧アプリケーションで、より高い圧力とより柔軟なホースが必要な場合に R1 を交換します。
SAE 100R17 コンパクト油圧ゴムホースは、曲げ半径が小さく、ホーススペースが限られている狭い配線に最適です。採掘設備、伐採設備、資材処理、農業用トラクターに継続的な作業圧力を提供します。
Sinopulse は当社の登録商標であり、約 60 か国に販売されています。当社は中国で油圧ホース、工業用ゴムホース、ホース継手の製造を行っています。
当社工場は 2001 年に設立され、以来この業界で 20 年以上の経験を積んでいます。
当社の製品は ISO9001:2008 認証および MSHA に合格しており、国際標準 SAE J517 および DIN EN に適合しています。ホース レイラインとブランドのカスタマイズもサポートしています。OEM も受け付けています。
高度な技術、優れた品質、厳格な品質管理、プロフェッショナルなサービス、そして優れた評判こそが、お客様が当社チームに満足している理由です。



当社には、さまざまな用途に対応できる幅広い油圧ホースのラインナップがあります。
SAE100 R1AT/EN 853 1SN (ONE STEEL WIRE BRAIDED HYDRAULIC HOSE)
SAE100 R2AT/EN853 2SN (TWO STEEL WIRE BRAIDED HYDRAULIC HOSE)
DIN 20023/EN 856 4SP (FOUR STEEL WIRE SPIRAL HYDRAULIC HOSE)
DIN 20023/EN 856 4SH (FOUR STEEL WIRE SPIRAL HYDRAULIC HOSE)
SAE100 R12 (FOUR STEEL WIRE SPIRAL HYDRAULIC HOSE)
SAE100 R13 (FOUR OR SIX STEEL WIRE SPIRAL HYDRAULIC HOSE)
SAE100 R15 (SIX STEEL WIRE SPIRAL HYDRAULIC HOSE)
EN 857 1SC (ONE STEEL WIRE BRAIDED HYDRAULIC HOSE)
EN857 2SC (TWO STEEL WIRE BRAIDED HYDRAULIC HOSE)
SAE100 R16 (ONE OR TWO STEEL WIRE BRAIDED HYDRAULIC HOSE)
SAE100 R17 (ONE OR TWO STEEL WIRE BRAIDED HYDRAULIC HOSE)
SAE100 R3 / EN 854 2TE (TWO FIBRE BRAIDED HYDRAULIC HOSE)
SAE100 R6 / EN 854 1TE (ONE FIBRE BRAIDED HYDRAULIC HOSE)
SAE100 R5 (FIBER BRAIDED COVER HYDRAULIC HOSE)
SAE100 R4 (HYDRAULIC OIL SUCTION HOSE)
SAE100 R14 (PTFE SS304 BRAIDED)
SAE100 R7 (ONE WIRE OR FIBRE BRAIDED THERMOPLASTIC HOSE)
SAE100 R8 (TWO WIRE OR FIBRE BRAIDED THERMOPLASTIC HOSE)



Detailed Explanation of SAE 100 R17 Compact Wire Braided Hydraulic Hoses
As a leading hydraulic hose manufacturer, SINOPULSE delivers precision-engineered SAE 100 R17 hydraulic hoses designed for high-performance in space-constrained industrial applications. These compact hoses combine robust steel wire braiding with optimized dimensional specs, ensuring reliable pressure resistance and flexible installation. Below is a detailed breakdown of their technical parameters.
Pressure and Structural Specifications
SAE 100 R17 hoses are built to handle medium to high-pressure hydraulic systems, with working pressure ratings ranging from 207 bar (3000 PSI) for ¼" diameter models to 172 bar (2500 PSI) for 1" diameter variants. The burst pressure exceeds 621 bar (9000 PSI), providing a safety factor of 4:1, critical for preventing catastrophic failures in demanding environments like mining machinery or hydraulic presses. This strength comes from single or double layers of high-tensile steel wire braiding: smaller diameters (¼"–½") use a single braid, while larger sizes (⅝"–1") employ a double braid for enhanced reinforcement.
Dimensional and Flexibility Features
Available in diameters from ¼" to 1", these hoses feature a compact design that minimizes installation bulk. The minimum bend radius is optimized for tight spaces, ranging from 50 mm (2") for ¼" hoses to 150 mm (6") for 1" hoses—up to 30% smaller than standard hoses in similar pressure classes. This flexibility allows seamless routing in complex machinery, such as excavator arms or robotic hydraulic systems, without compromising flow efficiency. The outer layer, constructed from abrasion-resistant black synthetic rubber, offers protection against mechanical wear while maintaining flexibility for dynamic movements.
Temperature and Fluid Compatibility
SINOPULSE SAE 100 R17 hoses operate reliably across a wide thermal range, from -40°C (-40°F) in freezing industrial environments to +100°C (212°F) in moderate high-heat applications. The oil-resistant inner rubber layer is compatible with mineral-based hydraulic fluids, including petroleum oils, water-glycol emulsions, and biodegradable fluids, ensuring long-term resistance to swelling or degradation. Additionally, the hoses meet MSHA (Mine Safety and Health Administration) standards for flame resistance, making them suitable for use in hazardous mining and tunneling operations.
Quality and Certification Standards
Every hose undergoes rigorous testing to ensure compliance with SAE 100 R17 specifications, including:
Impulse Testing: at least 500,000 cycles at 1.5 times the working pressure to verify its fatigue resistance
Ozone Resistance: Exposure to 50 pphm ozone for 72 hours without cracking
Burst Pressure Testing: Conducted at 3x working pressure to verify safety margins
As a trusted manufacturer, SINOPULSE guarantees precision in every parameter, from wall thickness (ranging 2.0–4.0 mm) to overall diameter (9.5–28.5 mm), ensuring seamless integration with standard fittings like JIC 37°, BSPP, or NPT.
For custom configurations or detailed SAE 100 R17 hose specifications, contact our engineering team. We provide tailored solutions for length, end fittings, and marking requirements, ensuring your hydraulic system operates at peak performance.
SAE 100R16 usually adopts a double-layer steel wire braid structure, which is designed for higher working pressures and more severe working conditions, while R17 hydraulic hose is a lighter alternative with the same working pressure rating but allows the use of a single-layer steel wire braid structure. For large-diameter hoses, a double-layer steel wire braid structure can also be used to ensure pressure resistance.
In addition, SAE 100R17 hoses have smaller bending radius requirements, better flexibility and installation convenience, and are suitable for space-constrained equipment and mobile applications. Therefore, R17 can be used as a lightweight alternative to R16 on the premise of meeting pressure requirements.