Angle brackets / through hole, tapped hole / aluminium, cast iron / treatment selectable

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Back to the Category Angle Brackets

Technical Drawing - Angle Brackets

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Available dimensions and tolerances can be found under the tab More information.

Basic Properties (e.g., material, hardness, coating, tolerance) - Angle Brackets

Type	Material	Surface Treatment
IKFT	EN-JL 1040 Equiv.	Primer Paint (Gray)
IKFTB		Black Oxide
IKFTM		Electroless Nickel Plating
IKFTA	EN AC-51300 Equiv.	-

EN-JL 1040 Equiv.: Surface treatment is not applied to the machined surfaces (Side H, Side A, Side Surface) and holes.

Further specifications can be found under the tab More information.

Composition of a Product Code - Angle Brackets

Part Number	-	A	-	P	-	Y	-	G	-	M
IKFTB60	-	A40	-	P20	-	Y25	-	G0	-	M4

General Information - Angle Brackets

Angle console - angle console with through hole - angle bracket with reinforcement rib - angle bracket without hole - angle bracket wide - angle bracket with oblong hole - angle bracket welded

Angle Bracket Selection Details

- Material: aluminum, steel, cast steel, stainless steel
- Coatings: untreated, burnished, primed (grey), nickel-plated
- Design: cast, welded
- Perpendicularity: up to 0.02/100
- Bore holes: without bore hole, through-hole, internal thread, dowel pin bore, oblong hole
- Dowel pin bore: H7
- Length A: 40 to 150 mm
- Length H: 50 to 500 mm
- Width: 30 to 100 mm

Description/Basics

Basically, an angle bracket is used for precise and solid fastening or connecting of different components and as frame constructions in mechanical and plant engineering. In most cases, angle brackets are uneven.
Due to its high perpendicularity, an angle bracket is among the precise mounting angles. Thanks to their stiffening rib, the angle bracket is also more solid and stiffer than conventional mounting angles and offers a precise, robust and secure connection.
MISUMI offers angle brackets with configurable through holes and dowel pin bores. The through hole can be converted to a tapped hole using the [MC] option. In addition, with the help of the option [LN, HN], the through hole of the angle brackets can be changed to an elongated hole. The angle bracket itself or the element to be fastened can thus be adjusted. The optional dowel pin holes in conjunction with dowel pins offer the possibility of aligning and mounting components such as manual stages, cylinders or other devices as accurately as possible on an angle bracket.
Our angle brackets are also available as blanks without mounting holes for individual machining.
Due to the many variations of an angle bracket, it offers design flexibility. This allows adapting it to the machine environment. With MISUMI, you can configure and have your steel brackets customized or stainless steel angles customized.
Angle brackets are often used as cylinder holders for air cylinders, as the exact straightness and exact position of the dowel pin bores allow for exact positioning of the cylinders. An angle console is also suitable for holding and holding positioning stages. Occasionally, the angle bracket is also used in clamping technology to accommodate the push-pull toggle clamps, clamp cylinder or gripper.
MISUMI offers for assembly different threaded rods and nuts, as well as washers.

Steel angle bracket/steel bracket

The benefits an angle bracket made of steel (cast steel) provides are primarily its high strength and the load capacity of the base material. As a result, steel angle brackets can absorb high loads.
Since steel has good quality, it is less expensive to manufacture, easy to rework and welds well. Compared to many other metallic raw materials, steel is quite cost-effective and can therefore be found in many applications.
Thanks to its good thermal conductivity, a steel angle or steel angle bracket can be used in areas with high temperatures. Since steel tends to oxidize, a coating should be provided as much as possible depending on the angle bracket. For this purpose, you can choose between either burnished, nickel-plated or primed.

Stainless steel angle bracket/stainless steel bracket

Angle brackets made of steel or stainless steel are characterized by their high durability. Thanks to their resistance, stainless steel angle brackets are very robust and stable. They are less prone to corrosion because the chrome content forms a passive layer (oxide film). Especially in corrosive environments, it is possible to use an angle bracket made of stainless steel (stainless steel), since the base material is very high-quality. Stainless steel also has high temperature resistance and can be welded. However, at higher temperatures, or even when welding the material, discoloration can occur (tempering colour). The stainless steel angles are also hygienic due to the material and are often used in medical technology.

Aluminum angle bracket/aluminum bracket

An important advantage of aluminum angle brackets is their reduced weight compared to steel or stainless steel angle brackets. This special feature can contribute to weight reduction in many applications. With regard to the low weight, the aluminum angle brackets have by comparison a high strength and can withstand high loads.
In addition, the simple processing and post-processing of the material makes the aluminum angle consoles cost-efficient. Similar to stainless steel, aluminum forms an oxide film and is thus well protected against corrosion. Another advantage of the angle bracket made of aluminum is that the base material has a low thermal expansion. This allows these angle consoles to be used in applications that are subject to frequent temperature changes. Angle consoles made of aluminum also have good electrical conductivity and can thus dissipate electrical voltages such as electrical static charges. This is often necessary in electrical systems or in the electronics industry for the production of electronic components.

Application Examples - Angle Brackets

Application example: angle bracket - angle bracket with cylinder - angle bracket with guided cylinder - holder cylinder - cylinder holder

Application example: angle bracket with guide cylinder
(1) Angle bracket, (2) Hexagon socket screw, (3) Air cylinder, (4) Dowel pin

Application example: angle bracket - angle bracket with quick clamp - angle bracket with clamping function

Application example: angle bracket with push-pull toggle clamps
(1) Mounting plate, (2) push-pull toggle clamps, (3) angle bracket

Application example: angle bracket - angle bracket with cylinder - angle bracket with cylinder pin bore - cylinder holder - cylinder brackets

Application example: angle bracket with cylinder
(1) Angle bracket, (2) hinge bolts, (3) cylinder

Industrial Applications

3D printer industry

Automotive industry

Pharmaceutical industry

Packaging industry

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Part Number
IKFTM60-A40-P20-Y[15-25/1]-G0-M4
IKFTM60-A40-P20-Y[15-25/1]-G[9-30/1]-M4
IKFTM100-A40-P20-Y[15-70/1]-G0-M4
IKFTM100-A40-P20-Y[15-70/1]-G[9-70/1]-M4
IKFTM100-A50-P[30-70/1]-Y[25-60/1]-G0-M[5,6,8,10,12]
IKFTM100-A50-P[30-70/1]-Y[25-60/1]-G[10-65/1]-M[5,6,8,10,12]
IKFTM100-A100-P[30-70/1]-Y[25-60/1]-G0-M[5,6,8,10,12]
IKFTM100-A100-P[30-70/1]-Y[25-60/1]-G[10-65/1]-M[5,6,8,10,12]
IKFTM150-A50-P30-Y[25-110/1]-G0-M[5,6,8,10,12]
IKFTM150-A50-P30-Y[25-110/1]-G[10-115/1]-M[5,6,8,10,12]
IKFTM150-A70-P[30-70/1]-Y[25-110/1]-G0-M[5,6,8,10,12]
IKFTM150-A70-P[30-70/1]-Y[25-110/1]-G[10-115/1]-M[5,6,8,10,12]
IKFTM150-A75-P[30-45/1]-Y[25-110/1]-G0-M[5,6,8,10,12]
IKFTM150-A75-P[30-45/1]-Y[25-110/1]-G[10-115/1]-M[5,6,8,10,12]
IKFTM150-A100-P[30-70/1]-Y[25-110/1]-G0-M[5,6,8,10,12]
IKFTM150-A100-P[30-70/1]-Y[25-110/1]-G[10-115/1]-M[5,6,8,10,12]
IKFTM200-A75-P[30-70/1]-Y[25-160/1]-G0-M[5,6,8,10,12]
IKFTM200-A75-P[30-70/1]-Y[25-160/1]-G[10-165/1]-M[5,6,8,10,12]
IKFTM200-A120-P[30-70/1]-Y[25-160/1]-G0-M[5,6,8,10,12]
IKFTM200-A120-P[30-70/1]-Y[25-160/1]-G[10-165/1]-M[5,6,8,10,12]
IKFTM250-A120-P[30-70/1]-Y[30-205/1]-G0-M[5,6,8,10,12]
IKFTM250-A120-P[30-70/1]-Y[30-205/1]-G[10-210/1]-M[5,6,8,10,12]
IKFTM300-A150-P[30-70/1]-Y[30-255/1]-G0-M[5,6,8,10,12]
IKFTM300-A150-P[30-70/1]-Y[30-255/1]-G[10-260/1]-M[5,6,8,10,12]
IKFTM350-A150-P[30-70/1]-Y[30-305/1]-G0-M[5,6,8,10,12]
IKFTM350-A150-P[30-70/1]-Y[30-305/1]-G[10-310/1]-M[5,6,8,10,12]
IKFTM400-A150-P[30-70/1]-Y[30-355/1]-G0-M[5,6,8,10,12]
IKFTM400-A150-P[30-70/1]-Y[30-355/1]-G[10-360/1]-M[5,6,8,10,12]

Minimum order quantity	Standard Shipping Days ?	RoHS	Material	Surface Treatment	Height H (mm)	Dimension A (mm)	G (mm)	M (mm)	P (mm)	Y (mm)
1	7 Days	10	Steel	Electroless Nickel Plating	60	40	0	4	20	15 ～ 25
1	7 Days	10	Steel	Electroless Nickel Plating	60	40	9 ～ 30	4	20	15 ～ 25
1	7 Days	10	Steel	Electroless Nickel Plating	100	40	0	4	20	15 ～ 70
1	7 Days	10	Steel	Electroless Nickel Plating	100	40	9 ～ 70	4	20	15 ～ 70
1	7 Days	10	Steel	Electroless Nickel Plating	100	50	0	5 ～ 12	30 ～ 70	25 ～ 60
1	7 Days	10	Steel	Electroless Nickel Plating	100	50	10 ～ 65	5 ～ 12	30 ～ 70	25 ～ 60
1	7 Days	10	Steel	Electroless Nickel Plating	100	100	0	5 ～ 12	30 ～ 70	25 ～ 60
1	7 Days	10	Steel	Electroless Nickel Plating	100	100	10 ～ 65	5 ～ 12	30 ～ 70	25 ～ 60
1	7 Days	10	Steel	Electroless Nickel Plating	150	50	0	5 ～ 12	30	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	150	50	10 ～ 115	5 ～ 12	30	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	150	70	0	5 ～ 12	30 ～ 70	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	150	70	10 ～ 115	5 ～ 12	30 ～ 70	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	150	75	0	5 ～ 12	30 ～ 45	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	150	75	10 ～ 115	5 ～ 12	30 ～ 45	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	150	100	0	5 ～ 12	30 ～ 70	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	150	100	10 ～ 115	5 ～ 12	30 ～ 70	25 ～ 110
1	7 Days	10	Steel	Electroless Nickel Plating	200	75	0	5 ～ 12	30 ～ 70	25 ～ 160
1	7 Days	10	Steel	Electroless Nickel Plating	200	75	10 ～ 165	5 ～ 12	30 ～ 70	25 ～ 160
1	7 Days	10	Steel	Electroless Nickel Plating	200	120	0	5 ～ 12	30 ～ 70	25 ～ 160
1	7 Days	10	Steel	Electroless Nickel Plating	200	120	10 ～ 165	5 ～ 12	30 ～ 70	25 ～ 160
1	7 Days	10	Steel	Electroless Nickel Plating	250	120	0	5 ～ 12	30 ～ 70	30 ～ 205
1	7 Days	10	Steel	Electroless Nickel Plating	250	120	10 ～ 210	5 ～ 12	30 ～ 70	30 ～ 205
1	7 Days	10	Steel	Electroless Nickel Plating	300	150	0	5 ～ 12	30 ～ 70	30 ～ 255
1	7 Days	10	Steel	Electroless Nickel Plating	300	150	10 ～ 260	5 ～ 12	30 ～ 70	30 ～ 255
1	7 Days	10	Steel	Electroless Nickel Plating	350	150	0	5 ～ 12	30 ～ 70	30 ～ 305
1	7 Days	10	Steel	Electroless Nickel Plating	350	150	10 ～ 310	5 ～ 12	30 ～ 70	30 ～ 305
1	7 Days	10	Steel	Electroless Nickel Plating	400	150	0	5 ～ 12	30 ～ 70	30 ～ 355
1	7 Days	10	Steel	Electroless Nickel Plating	400	150	10 ～ 360	5 ～ 12	30 ～ 70	30 ～ 355

Back to the Category Angle Brackets

Technical Drawing - Angle Brackets

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Specifications Tables - Angle Brackets

Part Number		A	1mm Increment				Tapped Hole	Angle Plate Body			Through Hole
Type	H		P	Y	G		M	W	T	T₁	d	B	X	F
IKFT (Primer Paint (Gray)) IKFTB (Black Oxide) IKFTM (Electroless Nickel Plating) IKFTA (Aluminum Casting)	60	40	20	15~25	0	or 9~30	4	30	8	6	3.5	20	15	-
	100	40	20	15~70	0	or 9~70		30	8	6	3.5	20	15	-
		50	30~70	25~60	0	or 10~65	5 6 8 10 12	100	15	14	11	70	35	-
		100											45	40
	150	50	30	25~110	0	or 10~115		50	15	8	9	30	35	-
		70	30~70					100		14	11	70	40	-
		75	30~45					75				50		-
		100	30~70					100				70	45	40
	200	75	30~70	25~160	0	or 10~165		75	15	14	11	50	40	-
		120						100				70	50	50
	250	120	30~70	30~205	0	or 10~210		100	18	15	11	70	50	50
	300	150		30~255	0	or 10~260							40	90
	350	150		30~305	0	or 10~310
	400	150		30~355	0	or 10~360

Tap depth is Mx2. (The pilot holes for tapping go through.) Please specify within the range in order to prevent machining limits and interference of bolt head.
M+T₁+10≤P≤W-M-10 (except when A=40)
T+M+5≤Y≤H-2M-10
M+5≤G≤H-Y-M-5 (except when G=0)

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Basic information

Strength	Standard (Cast)	Hole Machining	Through Holes and Tapped Holes

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Basic Attributes

Material
- Steel
- Aluminum
Clear
Height H(mm)
60

100

150

200

250

300

350

400
Clear
Dimension A(mm)
40

50

70

75

100

120

150
Clear
G(mm)
0
[9-360/1mm Unit(s)]
Clear
M(mm)
4

5

6

8

10

12
Clear
P(mm)
20

30
[30-70/1mm Unit(s)]
Clear
Y(mm)
[15-355/1mm Unit(s)]
Clear
Type
- IKFT
- IKFTA
- IKFTB
- IKFTM
Clear
Surface Treatment
- Electroless Nickel Plating
- Black Oxide
- Primer Paint (Gray)
- Not Provided
Clear
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Optional Attributes

The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs .

Frequently Asked Questions (FAQ)

Question:
What do you use the angle brackets for?: Answer:
An angle bracket can be used for a wide variety of applications in mechanical engineering. In general, they are used to connect or fix different components and devices. Angle brackets are manufactured very precisely with their perpendicularity compared to conventional mounting angles. Therefore, angle brackets are also frequently used to accommodate pneumatic cylinders, positioning stages, and stages. Another benefit of the angle bracket is its high rigidity due to the additional stiffening rib. This provides the angle bracket with a very good stability. Therefore, it can absorb heavier loads compared to normal angles.
Question:
What are the different types of steel on angle brackets?: Answer:
MISUMI offers the massive and precise angle bracket in two different types of steel. The MISUMI product range offers the material EN 1.0038 equivalent, which is also known as S235JR. This material is often used for extruded profiles. This shows good ductility, toughness and plasticity. As a further material, the range contains the EN-JL 1040 equivalent. This is grey cast iron with slat graphite, which has very good workability and is often used in machine tools.
Question:
What coatings are available for angle brackets made of steel?: Answer:
Our angle brackets are available untreated for further processing. To protect against corrosion, the angle bracket can be burnished, primed (grey) and nickel-plated.
Question:
What are the advantages of aluminum brackets?: Answer:
Aluminum brackets and aluminum angle brackets have a low weight and are therefore suitable for weight reduction. Aluminum, on the other hand, has a high strength in relation to heavier materials. As a result, these are also suitable for high loads. Another advantage is that aluminum does not require further corrosion protection. In addition, aluminum has a low thermal expansion, which gives it dimensional stability in case of temperature fluctuations.

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