ASTM Series Heat Exchanger Stainless Steel Coil Tube Hydraulic Control Line

• Customization: Available
• After-sales Service: yes
• Warranty: yes
• Model NO.: Nickel Alloys Seamless Coiled Tube
• Manufacturing Process: Cold Rolled
• Surface Treatment: Galvanized
• Operation Pressure: Atmospheric Pressure
• Material: Alloy
• Min Tensile Strength(psi): 75000 - 120000
• Min Yield Strength (psi): 30000 - 60000
• OEM & ODM Custom: Accept
• Max Length: Single Tube Length Max.1500meters
• Use: Medical, Air Conditioning, Oil Pipeline, Chemical
• Transport Package: Wooden Pallets or Wooden Box
• Specification: OD3.2-42mm* T. W0.5~3mm
• Trademark: STARSE
• Origin: Shanghai, China
• HS Code: 7304419000
• Production Capacity: 150000 Meter/Year
• Package Size: 111.00cm * 33.00cm * 33.00cm
• Package Gross Weight: 22.000kg

Product Description

Product Description

HYDRAULIC CONTROL LINE

The STARSE Seamless control lines are used in SCSSV, Chemical Injection, and Advanced Well Completions.

Whatever the requirement for the supply of control lines and chemical injection lines, STARSE can supply a quick and effective solution whether the order is for straightforward, cut-to-length lines or a group of lines, encapsulated, flushed and filled, supplied on customer's reels and delivered directly to the site.

Seamless (floating plug drawn and annealed) and encapsulated design.

Material Selection Incoloy-825 is high strength, excellent fabricability, easily welded, and very corrosion resistant. Good resistance to sulfuric, hydrochloric, phosphoric, nitric, and organic acids. Also good in alkalis/salts/seawater and chloride cracking environments.

Associated fittings for terminations to be included.
Encapsulation material Thermoplastic.
The maximum hardness can be B85.
Pre-flush with control-line hydraulic fluid. Cleanliness criteria to comply with NAS Class 6.

Product Parameters

 

Control Line
Theoretical Mechanical Calculations
Size/Type			Seamless
OD	WT	Alloy	Min Tensile Strength	Min Yield	Theoretical Collapse Pressure1	Theoretical	Theoretical Working Pressure3 (psi)	Recommended Test Pressure (psi)
			(psi)	Strength (psi)	(psi)	Burst Pressure2 (psi)
0.25	0.035	316L	75000	30000	6500	20600	6200	7500
		825	85000	35000	7600	23400	7300	8700
		625	120000	60000	13000	33000	12500	14900
0.25	0.049	316L	75000	30000	8500	29200	8800	10600
		825	85000	35000	10000	33100	10300	12300
		625	120000	60000	17200	46800	17700	21100
0.25	0.065	316L	75000	30000	10600	37500	11300	13600
		825	85000	35000	12400	42500	13200	15800
		625	120000	60000	21200	60000	22600	25000
0.25	0.083	316L	75000	30000	12400	45500	13700	16400
		825	85000	35000	14500	51600	16000	19200
		625	120000	60000	24900	72800	27400	25000
0.375	0.035	316L	75000	30000	4500	13300	4000	4900
		825	85000	35000	5300	15100	4700	5700
		625	120000	60000	9100	21300	8100	9700
0.375	0.049	316L	75000	30000	6100	19200	5800	7000
		825	85000	35000	7200	21800	6800	8100
		625	120000	60000	12300	30700	11600	13900
0.375	0.065	316L	75000	30000	7800	26200	7900	9500
		825	85000	35000	9100	29700	9300	11100
		625	120000	60000	15600	42000	15800	19000
0.375	0.083	316L	75000	30000	9400	32800	9900	11900
		825	85000	35000	11000	37100	11600	13800
		625	120000	60000	19000	52500	19800	23700
0.5	0.035	316L	75000	30000	3500	9800	3000	3600
		825	85000	35000	4100	11100	3500	4200
		625	120000	60000	7000	15700	6000	7200
0.5	0.049	316L	75000	30000	4700	14100	4300	5100
		825	85000	35000	5500	15900	5000	6000
		625	120000	60000	9500	22500	8500	10200
0.5	0.065	316L	75000	30000	6100	19100	5800	7000
		825	85000	35000	7100	21700	6800	8100
		625	120000	60000	12300	30700	11600	13900
0.5	0.083	316L	75000	30000	7500	25200	7600	9100
		825	85000	35000	8800	28500	2800	10600
		625	120000	60000	15100	40300	15200	18200
1Theoretical Collapse pressure based on max OD, minimum wall thickness, and minimum yield strength.
2Theoretical Burst pressure based on max OD, minimum wall thickness, and minimum tensile strength.
3Theoretical working pressure utilizes a 1.33 S.F. from theoretical Yield Point
Working Temperature: 350°F
Test pressures above 25ksi are available upon request.
E - "Enhanced" properties increased yield strengths, coils without orbital welds at final size.

 

Detailed Photos

HIGH-PRESSURE BEARING CAPACITY

Hydraulic control pipelines are designed to withstand high-pressure hydraulic oil, usually capable of handling pressures of tens to hundreds of megapascals (MPa). Pipelines and joints are made of high-strength materials (such as stainless steel, carbon steel, or high-strength alloys) to ensure that they will not break or leak in high-pressure environments.

CORROSION RESISTANCE

Use corrosion-resistant materials (such as stainless steel or surface plating) to extend service life and ensure system reliability. Hydraulic control pipelines are often used in industrial environments and may be exposed to corrosive media such as water, oil, and chemicals.

FLEXIBILITY AND FATIGUE RESISTANCE

Hydraulic control pipelines need to have a certain degree of flexibility to adapt to complex installation layouts and mechanical movements. Pipeline materials need to be fatigue-resistant and able to withstand repeated pressure changes and vibrations to avoid damage due to fatigue.

GOOD SEALING PERFORMANCE

The joints and connection parts of the hydraulic control pipeline adopt a high-precision sealing design to ensure that the hydraulic oil will not leak. Good sealing performance is the key to ensuring the efficient operation of the hydraulic system.

HIGH AND LOW TEMPERATURE RESISTANCE

Use high and low temperature resistant materials to ensure that the pipeline can still maintain stable performance under extreme temperatures. Hydraulic control pipelines need to work in a wide temperature range and may face the test of high temperature (such as heating of hydraulic oil) or low temperature (such as cold environment).

FAQ

Q1. How can I get samples of any product to confirm the quality?
A:1. Please provide us with your exact quantity. We can provide you with samples according to your specifications.
2. We can provide you with counter samples according to the samples you sent.

Q2. How can I get the price of the product?
A:1. Please send us your exact quantity. We can send you samples and pricing details.
2. If you don't know any specifications. Please send us pictures of your products. We will give you an estimated price according to your pictures and your needs. But the exact price must be given after we check your original samples.

Q3. I don't know the material or any other material information. how can I order from you?
A: It's best if you can send us samples so that we can provide you counter samples to check the quality. We will also quote you a price to verify the cost. After confirming all of these, you can contact our sales to place an order.

Q4. I am a small wholesaler. do you accept small orders?
A: If you are a small wholesaler, no problem; we are willing to grow with you.

Q5. Can you provide OEM or ODM service?
A: Yes. We can accept OEM services. Also, welcome to choose our ODM. Welcome to your inquiry!