Step spacers ensure uniform pipeline alignment, preventing corrosion and abrasion during installation. Made from durable materials, they provide long-lasting support for efficient pipeline operations. Perfect for various industrial applications.
Mathey Dearman 2SA Spacer Bolt Kit - 03.02SA.KIT
$300.00Unit price /Unavailable
Mathey Dearman 1SA Spacer Bolt Kit - 03.01SA.KIT
$280.00Unit price /Unavailable
Mathey Dearman MSA Spacer Bolt Kit - 03.0MSA.KIT
$250.00Unit price /Unavailable
Mathey Dearman 1SA Step Down Spacer Kit - 03.0110.1SAKIT
$580.00Unit price /Unavailable
Mathey Dearman 2SA Step Down Spacer Kit - 03.0110.2SAKIT
$600.00Unit price /Unavailable
Mathey Dearman 3" Spacer MSA - 03.0109.004
$65.00Unit price /UnavailableMathey Dearman Spacer, 2 1/2" MSA - 03.0109.003
$80.00Unit price /Unavailable
Mathey Dearman 3SA Spacer Bolt Kit - 03.03SA.KIT
$400.00Unit price /UnavailableMATHEY - SPACER 1-1/2 FOR MSA 13-1.5 - 03.0109.001
$80.00Unit price /Unavailable
Mathey Dearman 8SA Spacer Bolt Kit - 03.08SA.KIT
$900.00Unit price /Unavailable
Mathey Dearman 5SA Spacer Bolt Kit - 03.05SA.KIT
$850.00Unit price /Unavailable
Mathey Dearman 6SA Spacer Bolt Kit - 03.06SA.KIT
$900.00Unit price /Unavailable
Mathey Dearman 4SA Spacer Bolt Kit - 03.04SA.KIT
$800.00Unit price /Unavailable
Mathey Dearman 3SA Step Down Spacer Kit - 03.0110.3SAKIT
$700.00Unit price /UnavailableMathey Dearman Spring Kit for 4” Urethane Wheel - 2011-KIT
$70.00Unit price /Unavailable
Step spacers in the pipeline industry are essential components designed to provide uniform spacing and support for pipelines during installation and operation. They play a critical role in protecting pipelines from corrosion, maintaining proper alignment, and ensuring structural integrity, especially in challenging terrains or environments. Constructed from durable materials like high-density polyethylene (HDPE) or nylon, step spacers are engineered to withstand extreme temperatures, pressures, and chemical exposures. These spacers are commonly used in casing pipelines to prevent direct contact with the casing wall, reducing abrasion and prolonging the pipeline's lifespan. With their lightweight design, easy installation, and compatibility with various pipe sizes, step spacers are a cost-effective solution for efficient pipeline construction and maintenance.
Key Features:
- Material Strength: Manufactured from HDPE, nylon, or other durable materials to resist wear, corrosion, and extreme environmental conditions.
- Size Compatibility: Available in various sizes and configurations to fit a wide range of pipelines and casings.
- Enhanced Durability: Prevents metal-on-metal contact to reduce wear and extend the pipeline’s operational life.
- Easy Installation: Lightweight and designed for quick, secure placement, reducing installation time and costs.
- Versatile Applications: Ideal for oil and gas pipelines, water supply systems, and industrial applications.
Step spacers in the pipeline industry are essential components designed to provide uniform spacing and support for pipelines during installation and operation. They play a critical role in protecting pipelines from corrosion, maintaining proper alignment, and ensuring structural integrity, especially in challenging terrains or environments. Constructed from durable materials like high-density polyethylene (HDPE) or nylon, step spacers are engineered to withstand extreme temperatures, pressures, and chemical exposures. These spacers are commonly used in casing pipelines to prevent direct contact with the casing wall, reducing abrasion and prolonging the pipeline's lifespan. With their lightweight design, easy installation, and compatibility with various pipe sizes, step spacers are a cost-effective solution for efficient pipeline construction and maintenance.
Key Features:
- Material Strength: Manufactured from HDPE, nylon, or other durable materials to resist wear, corrosion, and extreme environmental conditions.
- Size Compatibility: Available in various sizes and configurations to fit a wide range of pipelines and casings.
- Enhanced Durability: Prevents metal-on-metal contact to reduce wear and extend the pipeline’s operational life.
- Easy Installation: Lightweight and designed for quick, secure placement, reducing installation time and costs.
- Versatile Applications: Ideal for oil and gas pipelines, water supply systems, and industrial applications.
Spacers Questions & Answers
Popular Questions
The three types of pressure regulators are direct-operated, pilot-operated, and dome-loaded regulators. Direct-operated regulators use a spring and diaphragm mechanism, pilot-operated regulators use an additional pilot valve for greater accuracy, and dome-loaded regulators use an external pressure source to control the set pressure. Each type is chosen based on the required precision and application.
A nitrogen regulator controls the pressure of nitrogen gas coming from a high-pressure cylinder to a usable, lower pressure for various applications. It works by using a diaphragm and a spring mechanism to reduce the gas pressure and maintain it at a set level, ensuring safe and consistent flow.
Yes, a nitrogen tank typically needs a pressure regulator. The regulator controls the high pressure coming from the tank and reduces it to a safe, usable level for your equipment or application. Without a regulator, the uncontrolled pressure could be dangerous and damage equipment.
To use a nitrogen tank regulator, securely attach the regulator to the nitrogen tank valve and tighten it with a wrench. Slowly open the tank valve, then adjust the regulator xxxx to set the desired output pressure for your application. Always check for leaks and ensure all connections are secure before use.
To adjust a nitrogen regulator, first ensure the regulator is securely attached to the cylinder and the valve is closed. Slowly open the cylinder valve, then turn the regulator adjustment xxxx clockwise to increase pressure or counterclockwise to decrease it, monitoring the outlet gauge to reach the desired pressure. Always make adjustments gradually and check for leaks before use.
To read a nitrogen tank regulator, first check the high-pressure gauge, which shows the amount of nitrogen left in the tank (usually measured in psi or bar). Then, look at the low-pressure gauge to see the pressure being delivered to your equipment. Adjust the regulator xxxx to set the desired delivery pressure as needed.
Yes, you need a regulator specifically designed for nitrogen gas. Regulators are built for different gases to ensure safety and proper pressure control, so using the correct one is important. Do not use a regulator meant for other gases, like oxygen, with nitrogen.
Diaphragm material affects sensitivity and chemical compatibility in a nitrogen regulator. Neoprene diaphragms, like those in the Harris 425-15-580, are cost-effective and flexible, while stainless steel (as in the Harris HP405-125-580-B) and urethane (in the Harris HP8700-3000-680) offer higher purity and durability. This variance lets users choose the right diaphragm for their pressure requirements and gas compatibility.
Common problems with nitrogen regulators include gas leaks due to worn or damaged seals, inaccurate pressure readings from faulty gauges, and regulator creep, where pressure continues to rise even when the regulator is set. Regular maintenance and proper handling help prevent these issues.
What is the best stage type (single-stage or two-stage) for nitrogen regulators in HVAC and welding?
The stage type affects pressure stability and regulator performance. Single-stage nitrogen regulators, like the Harris 425-15-580, offer simplicity and are suitable for most general tasks, while two-stage models, such as the Harris 402C-250-580-A, provide more consistent pressure output as the cylinder empties, which is ideal for critical or long-duration applications. Having both types available allows users to select the optimal balance of cost, performance, and application needs.
