Category
Hydraulic Fittings
Hydraulic hose fittings are the end connections crimped or swaged onto a hydraulic hose so that it can be joined to a port, adapter or tube. This shelf carries Indus Hydraulics hose ends from Dubai for braided (1SN, 2SN) and spiral (4SP, R12) hose: BSP 60° cone and flat seat, DIN light and heavy 24° cone, JIC 37°, ORFS, NPT, SAE 45° flare, SAE Code 61 and Code 62 flange heads, Komatsu, Toyota and JIS forms, banjos, and pressure-washer ends, straight and in 45° and 90° elbows.
A fitting belongs to the hose as much as to the port
A crimp fitting has two halves: the end that meets the port, identified by thread family and seat, and the tail that goes into the hose, which must match the hose construction. Braided hose (1SN, 2SN, R16, R17) takes one fitting body, spiral hose (4SP, R12) a heavier one, and the ferrule has to suit the hose as well.
Choose the end by identifying the port — thread, size and seat — and the tail by the layline on the hose. Elbows and drop lengths come last, from the routing.
What the ends are made to
Hose fittings are covered by ISO 12151, a multi-part standard with a part for each connection type. The port ends follow their connection standards — 37° flare SAE J514, O-ring face seal SAE J1453, 24° cone ISO 8434-1, BSP ISO 228-1 and four-bolt flange SAE J518 (Code 61 and Code 62) — and the hoses they suit are built to EN 853 and EN 856.
Size range
Every size above is a part number you can quote from. Open any listing for its full table.
Delivery
Hydraulic Fittings across the Gulf
Ex-stock from Dubai, delivered within 3 working days in the UAE.
Hose and fittings are the bulk of what leaves this warehouse, and they travel well: a crated batch of assemblies with its crimp records, or a box of adapters on an airway bill. Buyers outside the UAE usually order to a measured list rather than to a part number, because a hose is defined by its ends, its length and its route rather than by a code. Send those and we will quote against them.
Beyond the Gulf
- North Africa
- Egypt, Tunisia, Mauritania
- West & Central Africa
- Nigeria, DR Congo, Equatorial Guinea

ORFS Female Swivel 90° Elbow Crimp Fitting for Spiral Hose

SAE Code 62 Flange Head Crimp Fitting for Braided Hose


Pressure Washer Gun Insert — Kärcher Interchange

90° Metric Standpipe Tube Fitting (DIN 2353)

SAE O-Ring Boss Male Crimp Fitting for Spiral Hose

90° Metric Female 74° Cone Seat Hose Fitting

Komatsu JIS Metric 30° Female Swivel Crimp Fitting for Spiral Hose

JIC 37° Female Swivel Crimp Fitting for Spiral Hose

JIC Male 37° Cone Hose Fitting

SAE Inverted Flare Hose Fitting

ORFS Female Swivel 90° Elbow Crimp Fitting for Braided Hose

DIN Light Metric 24° Female Swivel 45° Elbow Crimp Fitting for Spiral Hose

45° Metric Standpipe Tube Fitting (DIN 2353)

JIS BSP 30° Female Swivel Crimp Fitting for Spiral Hose

BSP Male 60° Cone Bulkhead Hose Fitting


BSP Female Swivel 60° Cone Crimp Fitting for Spiral Hose

BSP Male 60° Cone or Bonded Seal Hose Fitting


45° Metric Female Multiseal Hose Fitting

45° SAE Inverted Flare Hose Fitting

90° Metric Female Flat Seat Hose Fitting

DIN Heavy Metric 24° Female Swivel 45° Elbow Crimp Fitting for Spiral Hose

Metric Male 24° Cone (Light Series) Hose Fitting

BSP Male 60° Cone Hose Fitting

BSP Female Swivel 60° Cone 90° Elbow Crimp Fitting for Spiral Hose

DIN Heavy Metric 24° Cone Male Crimp Fitting for Spiral Hose

BSP Female 60° Cone Hose Fitting


SAE Code 61 Flange Head 45° Elbow Crimp Fitting for Spiral Hose


SAE Code 62 Flange Head 45° Elbow Crimp Fitting for Braided Hose

SAE O-Ring Male Hose Fitting

ORFS Female Hose Fitting



ORFS Female Swivel 45° Elbow Crimp Fitting for Spiral Hose

Metric Female 24° Cone Multiseal (Light Series) Hose Fitting


NPT Male Swivel Crimp Fitting for Spiral Hose


45° BSP Female 60° Cone Elbow Hose Fitting

Banjo Bolt — BSP Thread


DIN Light Metric 24° Cone Male Crimp Fitting for Spiral Hose

SAE Code 61 Flange Head 90° Elbow Crimp Fitting for Spiral Hose

45° JIC Female 37° Seat Hose Fitting
Questions we get asked
About this range
- 01What is the difference between braided-hose and spiral-hose fittings?
- The tail. Spiral hose has four or six wire layers and a thicker wall, so its fittings use a heavier body and usually a skived ferrule that grips the wire directly. The port end can be identical; the hose end is not interchangeable.
- 02Skive or no-skive?
- Whichever the hose and fitting series are designed for. Skive ferrules need the outer cover — and sometimes the inner tube — removed so the ferrule grips the wire; no-skive ferrules crimp over the cover. Use the ferrule specified for the construction; the two are designed together.
- 03How do I measure a hose fitting thread?
- Measure across the crests of a male thread (or inside a female), measure the pitch — threads per inch, or millimetres between crests — and look at the seat: a 37° flare, a 24° or 60° cone, or a flat face with an O-ring. Diameter, pitch and seat together identify the family. Send them with a photo and we will confirm.
- 04Should I choose a swivel or a rigid hose fitting?
- Use a swivel female wherever you can: its nut turns independently, so the joint is made up without twisting the hose. A rigid male end can only be screwed in by turning the whole assembly, so it is normally fitted first, or mated to a swivel female at the other side. A hose installed with twist in it loses a large part of its life, because the wire reinforcement is loaded unevenly. If both ends must be rigid, add a swivel adapter at one port.
- 05How do I measure the length of a hose assembly for a replacement?
- Measure overall length from the end of one fitting to the end of the other: to the sealing face on straight ends, and to the centreline of the sealing face on elbows. Do not measure the hose alone, because the fittings add a different length for each style. Lay the old assembly straight to measure it, and tell us the length, the two fittings, the hose bore and construction, and the elbow orientation if there are two elbows.
- 06What is elbow orientation on a hose assembly with two elbows?
- It is the angle between the two elbows, measured looking along the hose from one end, and it must be specified or the assembly will arrive twisted to fit. Hold the assembly with the far elbow pointing straight away from you and read the angle, clockwise, to the near elbow: 0° means both point the same way. Fitting a wrongly oriented assembly by twisting the hose shortens its life. Send the angle, or a photo of the old assembly laid flat, with your enquiry.
From the blog
Written about this range
Assembly, crimping & certification
How tight is tight: make-up torque and turns from finger tight
Nobody carries a torque wrench up a boom. The method that works without one is a published one, it is specific to each connector family, and it is the reason two fitters get different results on the same joint.
6 min read
Thread & fitting identification
Hydraulic fittings and adapters: the complete guide to thread families, seats and seals
BSP, JIC, ORFS, NPT, NPSM, SAE flare, O-ring boss, metric 24° cone, Japanese 30° and SAE flanges: how each family seals, how to tell them apart, and which standard each one is made to.
6 min read
Assembly, crimping & certification
Measuring a hose for replacement: overall length is not cut length
Measure the hose, hand over the number, and the assembly comes back too long. The figure a workshop needs is the distance between sealing faces — and the difference between that and what most people measure is the whole problem.
5 min read
