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SAE 100R12 vs EN 856 4SP

SAE 100R12 · 280 bar working / 1120 bar burst · SAE 100R12

Published Range
Max working pressure:280 bar
Min burst pressure:1120 bar
Mass per metre:0.76–1.44 kg/m
Nominal bore:10–19 mm across 4 published codes
Hose Features
Bend Radius:The published codes route down to 125–240 mm minimum radius.
Compared on Real Data:The comparison below uses the dimensional figures our own lines produce, not marketing shorthand.
Narrowed to One Answer:The point of a guide is to end with a single recommendation for your duty.
Standards Explained:Where two standard designations look similar, we say which property actually separates them.
Application:SAE 100R12 and EN 856 4SP four-spiral hose compared with real specification tables — two standards, similar duty.

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CONSTANT PRESSURE STEEL WIRE BRAIDED HYDRAULIC HOSE SAE100 R17

CONSTANT PRESSURE STEEL WIRE BRAIDED HYDRAULIC HOSE SAE100 R19

Data Display

SAE 100R12 and EN 856 4SP four-spiral hose compared with real specification tables — two standards, similar duty.

PRODUCT NAME	NOMINAL BORE (mm)	SPECIFICATION (inch)	INSIDE DIAMETER （ID）mm (min)	INSIDE DIAMETER （ID）mm (max)	OUTER DIAMETER OF REINFORCEMENT LAYER （W.D）mm (min)	OUTER DIAMETER OF REINFORCEMENT LAYER （W.D）mm (max)	INSIDE DIAMETER （OD）mm (min)	INSIDE DIAMETER （OD）mm (max)	MAXIMUM WORKING PRESSURE W.P (Mpa)	psi	MINIMUM BURST PRESSURE B.P (Mpa)	psi	MINIMUM BEND RADIUS Min.B.R (mm)	MINIMUM BENDING RADIUS W.T (Kg/m)
R12-06-10	10	3/8”	9.3	10.1	16.6	17.8	19.5	21	28.0	4,061	112.0	16,244	125.0	0.76
R12-08-12.5	12.5	1/2“	12.3	13.5	19.9	21.5	23	24.6	28.0	4,061	112.0	16,244	180.0	0.91
R12-10-16	16	5/8”	15.5	16.7	23.8	25.4	26.6	28.2	28.0	4,061	112.0	16,244	200.0	1.12
R12-12-19	19	3/4“	18.6	19.8	26.9	28.4	29.9	31.5	28.0	4,061	112.0	16,244	240.0	1.44

Values are reproduced from the official YIBO product page. psi columns = MPa × 145.038, rounded. Ratings run to 280 bar working / 1,120 bar minimum burst over the 10–19 mm bore band; the order data sheet governs the batch.

⬇ Download Datasheet (PDF)

Application & Selection

SAE 100R12 and EN 856 4SP four-spiral hose compared with real specification tables — two standards, similar duty. SAE 100R12 vs EN 856 4SP is published in 4 codes spanning 10–19 mm bore.

SAE 100R12 vs EN 856 4SP tops out at 280 bar working over its 4 codes. This series weighs 0.76–1.44 kg/m. Assemblies are crimped and pressure-tested in-house, metric / BSP / JIC / ORFS ends, across the 4 codes in the 10–19 mm band. Allow about 20 days from confirmation for SAE 100R12 vs EN 856 4SP; OEM marking and packing on request.

Inside the YIBO Hose Factory · 4 codes over 10–19 mm bore, built and tested here on one shop floor.

Frequently Asked Questions

What bore sizes does SAE 100R12 vs EN 856 4SP cover?

SAE 100R12 vs EN 856 4SP is published in 4 codes spanning 10–19 mm nominal bore, from R12-06-10 upward. 4 codes, 10–19 mm bore at 0.76–1.44 kg/m, all taken from the table.

What is the working pressure of SAE 100R12 vs EN 856 4SP?

SAE 100R12 vs EN 856 4SP tops out at 280 bar working over its 4 codes. Sizing: read the 4 rows over 10–19 mm against your own circuit rather than the range maximum.

What is the MOQ on SAE 100R12 vs EN 856 4SP?

MOQ on SAE 100R12 vs EN 856 4SP is 100 m, covering the whole 10–19 mm band. Cut a free sample of SAE 100R12 vs EN 856 4SP from the production run before committing to volume.

What is the lead time, and is OEM available for SAE 100R12 vs EN 856 4SP?

Allow roughly 20 days to dispatch SAE 100R12 vs EN 856 4SP, covering the 10–19 mm band. Assemblies are crimped and pressure-tested in-house, metric / BSP / JIC / ORFS ends, across the 4 codes in the 10–19 mm band.