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ALUMINIUM TUBE CLAMP

Name: ALUMINIUM TUBE CLAMP
Brand: DELIXIN ENTERPRISES
Price: 280.0 INR
Availability: InStock

Price 280.0 INR/ Piece

Get a Price/Quote

MOQ : 100 Pieces

ALUMINIUM TUBE CLAMP Specification

Product Type
Tube Clamp

Material
Aluminium

Type
Heavy Duty/Standard Duty Tube Clamps

Shape
Rectangular with circular tube seating

Technique
Die Cast/Extruded

Surface Treatment
Anodized/Galvanized/Plain Finish

Standard
DIN 3015 or equivalent

Outer Diameter
Custom, matches tube outer diameter

Length
Custom, based on application

Inside Diameter
Customizable, generally ranges from 6 mm to 100 mm

Wall Thickness
Varies; typically 5-15 mm depending on size

Tensile Strength
Approx. 150-250 MPa (Depending on Alloy)

Grade
6061, 6082 or equivalent aluminium alloy

Size
Multiple sizes available as per tube

Color
Natural Silver, Anodized options possible

Fire Resistance
Limited; not for direct flame

Insert Material
Optional - Rubber or plastic inserts for vibration damping

Max Operating Temperature
Up to 120C, depending on insert material

Vibration Resistance
High, suitable for hydraulic and pneumatic applications

Mounting Type
Welded or bolted to support structure

Clamp Bolts
Galvanized Steel Hex Bolts

Base Plate Material
Steel, Zinc Plated

Usage/Application
Tube and pipe securing for industrial piping, hydraulics, and pneumatic systems

Corrosion Resistance
Good, especially with anodized or plated surfaces

About ALUMINIUM TUBE CLAMP

Stauff
Parker
Swagelok

Brand	DELIXIN-LOK
Equivalent To	STAUFF, SWAGELOK, PARKER
Locking Screw	M6X25,M6X20,M6X30,M5X15
Material	Jaws Polypropylene, Aluminum, Polyamide Top & Bottom Plate and Bolt Steel or Stainless Steel
Size Range	1/ 4 TO 8 6 MM TO 219.1 MM
Structure	Hydraulic

48.3mm Aluminium Tube Clamps
33.7mm Aluminium Tube Clamps

DIN 3015 PART-2 ALUMINUM SERIES TUBE/PIPE CLAMP

Aluminum Pipe Clamp Dimensions Chart

DELIXIN-LOK ALPCH Hydraulic Pipe Clamp

ONE SET = ONE TOP PLATE + ONE BOTTOM PLATE + 2 HEX BOLTS + 2 AL JAWS

Group	DELIXIN-LOK Part Code	Pipe OD (Dia-d)	a2	a3	a1	b1	G	S	h1	h2	Hex Bolt Size
GROUP 1
1	DELIXIN-LOK ALPCH 6 MM	6	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 6.4 MM	6.4	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 8 MM	8	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 9.5 MM	9.5	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 10 MM	10	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 12 MM	12	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 12.7 MM	12.7	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 14 MM	14	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 15 MM	15	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 16 MM	16	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 17.2 MM	17.2	72	55	33	30	0.61	8	32	4849	M10 45 MM
1	DELIXIN-LOK ALPCH 18 MM	18	72	55	33	30	0.61	8	32	4849	M10 45 MM
GROUP 2
2	DELIXIN-LOK ALPCH 19 MM	19	86	70	45	30	0.61	8	48	64	M10 60 MM
2	DELIXIN-LOK ALPCH 20 MM	20	86	70	45	30	0.61	8	48	64	M10 60 MM
2	DELIXIN-LOK ALPCH 21.3 MM	21.3	86	70	45	30	0.61	8	48	64	M10 60 MM
2	DELIXIN-LOK ALPCH 22 MM	22	86	70	45	30	0.61	8	48	64	M10 60 MM
2	DELIXIN-LOK ALPCH 25 MM	25	86	70	45	30	0.61	8	48	64	M10 60 MM
2	DELIXIN-LOK ALPCH 26.9 MM	26.9	86	70	45	30	0.61	8	48	64	M10 60 MM
2	DELIXIN-LOK ALPCH 28 MM	28	86	70	45	30	0.61	8	48	64	M10 60 MM
GROUP 3
3	DELIXIN-LOK ALPCH 30 MM	30	100	85	60	30	0.61	8	6062	7678	M10 70 MM
3	DELIXIN-LOK ALPCH 32 MM	32	100	85	60	30	0.61	8	6062	7678	M10 70 MM
3	DELIXIN-LOK ALPCH 33.7 MM	33.7	100	85	60	30	0.61	8	6062	7678	M10 70 MM
3	DELIXIN-LOK ALPCH 35 MM	35	100	85	60	30	0.61	8	6062	7678	M10 70 MM
3	DELIXIN-LOK ALPCH 38 MM	38	100	85	60	30	0.61	8	6062	7678	M10 70 MM
3	DELIXIN-LOK ALPCH 40 MM	40	100	85	60	30	0.61	8	6062	7678	M10 70 MM
3	DELIXIN-LOK ALPCH 42 MM	42	100	85	60	30	0.61	8	6062	7678	M10 70 MM
GROUP 4
4	DELIXIN-LOK ALPCH 42.3 MM	42.3	140	115	90	50	2	10	8992	109112	M12 100 MM
4	DELIXIN-LOK ALPCH 48.3 MM	48.3	140	115	90	50	2	10	8992	109112	M12 100 MM
4	DELIXIN-LOK ALPCH 50.8 MM	50.8	140	115	90	50	2	10	8992	109112	M12 100 MM
4	DELIXIN-LOK ALPCH 60.3 MM	60.3	140	115	90	50	2	10	8992	109112	M12 100 MM
4	DELIXIN-LOK ALPCH 65 MM	65	140	115	90	50	2	10	8992	109112	M12 100 MM
GROUP 5
5	DELIXIN-LOK ALPCH 70 MM	70	180	152	122	65	2	10	120122	137140	M16 130 MM
5	DELIXIN-LOK ALPCH 73 MM	73	180	152	122	65	2	10	120122	137140	M16 130 MM
5	DELIXIN-LOK ALPCH 76.2 MM	76.2	180	152	122	65	2	10	120122	137140	M16 130 MM
5	DELIXIN-LOK ALPCH 88.9 MM	88.9	180	152	122	65	2	10	120122	137140	M16 130 MM
GROUP 6
6	DELIXIN-LOK ALPCH 101.6 MM	101.6	230	210	168	80	3	16	163168	193195	M20 180 MM
6	DELIXIN-LOK ALPCH 114.3 MM	114.3	230	210	168	80	3	16	163168	193195	M20 180 MM
GROUP 7
7	DELIXIN-LOK ALPCH 141.3 MM	141.3	275	254	205	100	3	16	200	230232	M24 225 MM
7	DELIXIN-LOK ALPCH 168.3 MM	168.3	275	254	205	100	3	16	200	230232	M24 225 MM
GROUP 8
8	DELIXIN-LOK ALPCH 219.1 MM	219.1	345	323	265	130

Designed according to DIN 3015 - Part -2
Aluminum Pipe - Tube clamp bodies with Steel / S.S. plates & bolts.
Available along with Multilayer, Welding plates, Rail Nuts, etc.
Can be availed in different construction types including Rubber Inlay Types & many more

Versatile and Durable Design

Aluminium Tube Clamps are crafted to adapt to multiple industrial scenarios, accommodating custom diameters and lengths for various pipe and tube sizes. The clamps utilize heavy-duty die-cast or extruded aluminium with an optional anodized finish, offering durability and enhanced corrosion resistance in demanding environments. Their design ensures quick installation and a secure grip on tubes.

Optimized for Industrial Applications

Engineered to meet DIN 3015 standards or their equivalents, these tube clamps are perfect for hydraulic and pneumatic systems, including industrial piping. They feature galvanized steel hex bolts and base plates for robust assembly, with high vibration resistance and an operating temperature up to 120C (based on insert material). Optional inserts enable usage where vibration damping is essential.

Customizable Solutions

Manufactured in India by experienced exporters, manufacturers, and suppliers, these clamps provide a range of customization options for outside and inside diameters, lengths, and wall thicknesses. Whether anodized, galvanised, or finished plain, they can be tailored to your specific requirements, ensuring seamless integration into modern hydraulic and pneumatic infrastructure.

FAQ's of ALUMINIUM TUBE CLAMP:

Q: How are aluminium tube clamps commonly installed in industrial piping systems?

A: These clamps can be mounted either by welding or bolting them to a support structure, depending on the application's needs. The process involves securing the clamp around the tube or pipe using galvanized steel hex bolts, ensuring a stable and durable fixation.

Q: What types of tubes or pipes are suitable for these aluminium tube clamps?

A: Aluminium tube clamps accommodate a broad range of tube and pipe diameters, typically from 6mm up to 100mm, making them suitable for various hydraulic and pneumatic lines used in industrial piping systems.

Q: When should optional inserts made of rubber or plastic be used?

A: Rubber or plastic inserts are recommended when additional vibration damping is needed, or when the application demands extra protection for the pipe surface against abrasion, helping to minimize noise and enhance system stability.

Q: Where is it ideal to use aluminium tube clamps with anodized or plated surfaces?

A: Clamps with anodized or zinc-plated surfaces are best suited for environments where higher corrosion resistance is necessary, such as outdoor installations, humid or chemically exposed areas, and places prone to oxidation.

Q: What standards or grades do these clamps conform to?

A: The clamps are manufactured from aluminium alloys 6061, 6082, or equivalent, and typically adhere to DIN 3015 standards or their equivalents, ensuring reliable performance and compatibility in industrial settings.

Q: How do these clamps benefit hydraulic and pneumatic system performance?

A: They provide secure and precise tube or pipe positioning, significantly reduce vibration transmission, decrease wear, and extend system component lifespan. Their high strength ensures stability and safety even under demanding conditions.

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