Steel Wire Braid Rubber Hydraulic Hose En853 2sn/SAE 100 R2

• Customization: Available
• Material: Nitrile Rubber
• Capability: Rubber Oil Hose
• Model NO.: SAE 100 R2/EN853 2SN
• Color: Black
• Product Name: Hydraulic Hose and Assembly
• Application: Oil Cooling System
• Standard: SAE100/DIN En853
• Surface: Cloth Wrapped or Smooth
• Certification: ISO9001:2008
• Processing Service: Moulding, Cutting
• 1/4"~2": 1/4"~2"
• Feature: Flexible, Corrosion Resistant, Abrasion Resistant
• Working Temperature: -40 to 100°c
• Transport Package: According to Customer Demand
• Specification: 1/4-2 Inch Size, 50/100 M/Roll Length
• Trademark: OEM
• Origin: China
• Production Capacity: 60, 000 Meters Daily Output

Product Description

Product Description

 

Hydraulic rubber hoses are designed to transport hydraulic fluid through pipes made of oil resistant synthetic rubber.
Flexible hydraulic hoses have an inner tube, a high-strength reinforcement layer, and a synthetic outer layer.
Oil resistant tubing is an effective channel for transporting oil or fluid between different components to form a hydraulic circuit.
The reinforcement layer is made of high-strength braided steel wire, which can work under high pressure to prevent wear and tear.
The outer rubber layer is made of synthetic rubber, which has excellent weather resistance, wear resistance, aging resistance, corrosion resistance, ozone resistance, UV resistance and other properties. Therefore, it is very durable and has a longer service life.
FEATURES AND BENEFITS
Oil resistant, weather resistant, corrosion-resistant, high tensile strength
It has a wide temperature range from -40 ° C to+120 ° C
Capable of withstanding high pressure and harsh working environments.
It complies with strict industry standards such as REACH and ROHS.

Product Parameters

Hydraulic Hose Size Chart:
 

SAE  100  R2/EN  8532SN  Technical Data Sheet for Hydraulic Rubber Hose
EN 8532SN
Item Code		Metric Size	Inch Size	SAE Dash size		I.D				ROD				O.D		W.P				B.P	Min B.R		WEIGHT
						(mm)				(mm)				(mm)
		mm	Inches	Dash		Min		Max		Min		Max		Max		Mpa		Psi		Mpa	mm		Kg/m
2SN-05		5.0	3/16"	-3		4.6		5.4		10.6		11.6		14.1		41.5		6225		165	90		0.32
2SN-06		6.3	1/4"	-4		6.2		7.0		12.1		13.3		15.7		40.0		6000		160	100		0.36
2SN-08		8.0	5/16"	-5		7.7		8.5		13.7		14.9		17.3		35.0		5250		140	115		0.45
2SN-10		10.0	3/8°	-6		9.3		10.1		16.1		17.3		19.7		33.0		4950		132	130		0.54
2SN-13		12.5	1/2"	-8		12.3		13.5		19.0		20.6		23.0		27.5		4125		110	180		0.68
2SN-16		16.0	5/8"	-10		15.5		16.7		22.2		23.8		26.2		25.0		3750		100	200		0.80
2SN-19		19.0	3/4"	-12		18.6		19.8		26.2		27.8		30.1		21.5		3225		85	240		0.94
2SN-25		25.0	1	-16		25.0		26.4		34.1		35.7		38.9		16.5		2475		65	300		1.35
2SN-31		31.5	1.1/4"	-20		31.4		33.0		43.3		45.6		49.5		12.5		1875		50	420		2.15
2SN-38		38.0	1.1/2"	-24		37.7		39.3		49.6		52.0		55.9		9.0		1350		36	500		2.65
2SN-51		51.0	2	-30		50.4		52.0		62.3		64.7		68.6		8.0		1200		32	630		3.42
SAE 100 R2 AT
Item Code	Size		SAE Dash Size		L.D				ROD				O.D		W.P				B.P			Min B.R	Weight	Length
	mm	inch	Dash		Min		Max		Min		Max		Max		Mpa		Psi		Mpa	Psi		mm	kg/m	meters
R2-05	5	3/16	-3		4.6		5.4		10.6		11.7		10.6		11.7		6020		165	23295		90	0.32	50-100
R2-06	6.3	1/4	-4		6.2		7.0		12.1		13.3		12.1		13.3		5800		160	23200		100	0.36	50~100
R2-08	8	5/16	-5		7.7		8.5		13.7		14.9		13.7		14.9		5075		140	20300		115	0.45	50~100
R2-10	10	3/8"	-6		9.3		10.1		16.1		17.3		16.1		17.3		4785		132	19140		130	0.54	50~100
R2-13	12.5	1/2"	-8		12.3		13.5		19.0		20.6		19.0		20.6		3990		110	15950		180	0.68	50-100
R2-16	16	5/8"	-10		15.5		16.7		22.2		23.8		22.2		23.8		3625		100	14500		200	0.80	50~100
R2-19	19	3/4"	-12		18.6		19.8		26.2		27.8		26.2		27.8		3120		85	12325		240	0.94	50-100
R2-25	25	1"	-16		25.0		26.4		34.1		35.7		34.1		35.7		2390		65	9425		300	1.35	50
R2-32	31.5	1-1/4"	-20		31.4		33.0		43.2		45.6		43.2		45.6		1810		50	7250		420	2.15	20-40
R2-38	38	1-1/2	-24		37.7		39.3		49.6		52.0		49.6		52.0		1305		36	5220		500	2.65	20-40
R2-51	51	2"	-30		50.4		52.0		62.3		64.7		62.3		64.7		1160		32	4640		630	3.42	20-40

 

Applications

Rubber hoses have been applied in many fields of daily life and production. Common types of hoses include water pipes, hot water pipes, steam pipes, marine pipes, food and beverage pipes, air pipes, welded pipes, gas pipes, ventilation pipes, material pipes, oil pipes, chemical pipes, high-pressure pipes, and so on. 
Rubber hoses have a wide range of applications in various fields, and the following are introductions to some of the main areas:
1. Construction machinery: Hydraulic systems play a key role in construction machinery, such as excavators, cranes, loaders, etc. Hydraulic hoses are used to control the movement of machinery, achieving various functions such as lifting, stretching, rotating, etc.

2. Automotive industry: Hydraulic hoses play an important role in the braking system, suspension system, steering system, and other aspects of automobiles. For example, the brake hydraulic system controls the braking of the vehicle by transmitting pressure through rubber hoses.

3. Aerospace: Hydraulic systems are used in aircraft and spacecraft to control the movement of components such as control surfaces and landing gear. Hydraulic hoses are used in these systems to transfer hydraulic energy, ensuring stable and safe flight.

4. Agricultural machinery: The hydraulic system in agricultural machinery is used to control various operations such as harvesters and seeders. Hydraulic hoses transmit hydraulic energy in these machines, improving agricultural production efficiency.

5. Manufacturing industry: In manufacturing, hydraulic hoses are used to control the movements of equipment such as machine tools and presses, achieving precise machining and forming operations.

6. Energy field: Hydraulic systems are used in the energy field to control valves, pipelines, etc., ensuring the transmission and storage of energy.

7. Construction engineering: Hydraulic systems are used in construction engineering for concrete pumping, lifting equipment, etc. Hydraulic hoses are used in these applications to transfer concrete, liquid materials, etc.

8. Medical equipment: Hydraulic systems are used in some medical devices to control the movement of operating tables, imaging equipment, etc. Hydraulic hoses are used for precise position control in medical equipment. In summary, hydraulic hoses, as a key component of hydraulic systems, play an irreplaceable role in various fields such as engineering, manufacturing, transportation, and healthcare. Different types of hydraulic hoses are suitable for different working environments and application requirements, and they jointly promote the development of modern technology and industry.

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