HDPE 7Ways Direct Micro Duct Microduct conductă

HDPE 7Ways Direct Micro Duct Microduct conductă

Tipul de plată:	L/C,T/T,Paypal,others,Cash
Incoterm:	FOB,CFR,CIF,EXW,FAS,FCA,Express Delivery
Min. Ordin:	1000 Meter
Transport:	Ocean,Land,Air,Express
Port:	Shenzhen,Guangzhou

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Numarul modelului.: DB7

Marca: Oem

Diameter: 16/12 14/10 12/8 10/6mm

Length: customization

Ovality (%, Before Coiled): 5%

numele produsului: microduct

Material: HDPE

Serviciu De Procesare: Extrudare

Opțiuni De Culoare: Alb, roșu, verde, albastru complet colorat

Usage: underground installation

Grosimea Sub-conductei: 2,0mm

Grosimea Tecii: 1,2 mm sau personalizat

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Unități de vânzare:	Meter
Tip pachet:	Pachetul standard de export, lungimea tamburului este de 2000m sau personalizat
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HDPE 7 moduri în care conducta directă micro -duct microduct conductă

Descrierea produselor pentru conducta de microduct 7way :

HDPE Microduct 7 Way Moduri pentru a fi instalate fibre de suflare a aerului prin jet de aer.

Pachete de microduct compuse din 18/14, 16/12, 14/10, 12/8, 10/6, 8/4, 7/3,5, 5/3,5 mm sub-conducte sau personalizate. Microductul interior este proiectat pentru a fi flexibil și ușor, dar totuși durabil și ușor de manevrat. Microductul are caracteristici adecvate de frecare scăzute pe suprafața interioară.

Denumirea produsului: conductă microductă, conductă de micro -conductă PE, conductă de micro -conductă îngropată direct

Detalii imagini pentru conducta de microduct HDPE:

Specificații pentru conducta HDPE Micro Duct:

Raw material:
HDPE of a high-molecular type with the following parameters is used for production of the microduct:
Melt flow index	0.1～ 0.3 g/10 minutes (190 C , 2.16KG)	EN ISO 1133
Density:	Min. 0.940 g/cm3	ISO 1183
Tensile strength at yield:	Min. 21MPa	ISO 527
l Elongation at the break	Min 350%	ISO 527
l Environmental stress crack resist (F50)	Min. 350 hours	ISO 4599

Physical and Mechanical Properties of Sub-duct 18/14mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	18.0mm ± 0.1mm
3	Wall thickness	GTOC	2.0mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 10mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 180mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 1800N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	216mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties of Sub-duct 16/12mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	16.0mm ± 0.1mm
3	Wall thickness	GTOC	2.0mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 10mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 160mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 1600N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	192mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties of Sub-duct 14/10mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	14.0mm ± 0.1mm
3	Wall thickness	GTOC	2.0mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 8.5mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 140mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 1350N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	168mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties of Sub-duct 12/8mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	12.0mm ± 0.1mm
3	Wall thickness	GTOC	2.0mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 8mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 120mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 1200N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	144mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties of Sub-duct 10/6mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	10.0mm ± 0.1mm
3	Wall thickness	GTOC	2.0mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 6mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 100mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 1000N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	120mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties of Sub-duct 8/4mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	8.0mm ± 0.1mm
3	Wall thickness	GTOC	2.0mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 5mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 80mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 720N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	96mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties of Sub-duct 7/3.5mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	7.0mm ± 0.1mm
3	Wall thickness	GTOC	1.75mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 5mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 70mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 630N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	84mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties of Sub-duct 5/3.5mm
1	Visual appearance	Visual inspection	Ribbed inside & smooth outside surface, free from blisters, shrink hole, flaking, scratches & roughness.
2	Outer diameter	GTOC	7.0mm ± 0.1mm
3	Wall thickness	GTOC	0.75mm ± 0.10mm
4	Inner diameter clearance	Blowing steel ball	A 3mm steel ball can be blown freely through the duct.
5	Ovality	GTOC	≤ 7%
6	Pressurization	5 minutes @12 bar each duct	No damage and leakage
7	Kink	IEC 60794-1-2 Method E10	≤ 50mm
8	Tensile strength	Rate of extension: 100mm/min	≥ 520N
9	Impact	IEC 60794-1-2 Method E4 1.0 J Impact, recovery time 1 hour	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.
10	Min. bend radius	60mm	No residual deformation > 15% of inner and outer diameter, shall pass inner diameter clearance test.

Physical and Mechanical Properties (BUNDLE)
Tube Bundle	No. of ways	Outer Diameter （Nom.）	Wall thickness (mm)	Tolerance (mm)	Max Tensile (N)
HDPE 2x 18/14mm	2	38.4mm	1.2	±0.20	weight*G
HDPE 2x 16/12mm	2	34.4mm	1.2	±0.20	weight*G
HDPE 2x 14/10mm	2	30.4mm	1.2	±0.20	weight*G
HDPE 2x 12/8mm	2	26.4mm	1.2	±0.20	weight*G
HDPE 2x 10/6mm	2	22.4mm	1.2	±0.20	weight*G
HDPE 2x 8/4mm	2	18.4mm	1.2	±0.20	weight*G
HDPE 2x 7/3.5mm	2	16.4mm	1.2	±0.20	weight*G
HDPE 2x 5/3.5mm	2	12.4mm	1.2	±0.20	weight*G
*Customization service available for different sheath thickness or different number of sub-ducts.

Tehnica de fabricație pentru conducta de microduct 4way

Standards:
Crush performance	IEC 60794-1-2-E3
Tensile & elongation	IEC 60794-1-2-E1
Bend	IEC 60794-1-2-E11
Flexibility	IEC 60794-1-2-E8
Kink	IEC 60794-1-2-E10

Depozitare:

Pachetele completate ale microductului HDPE pe tobe pot fi depozitate în aer liber. 12 luni de la data producției. Temperatura de depozitare: -40 ℃ până la +70 ℃ Temperatura de instalare: -20 ℃ până la +50 ℃ Temperatura de funcționare: -40 ℃ până la +70 ℃

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