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The Piping Pressure Boundary and ASME B31.3
May 19, 2025

Introduction: Why this simple concept is a career game-changer

All industries combined spend literally billions of dollars per year in engineering and construction with one focus, the protection of the public through pipeline pressure boundary integrity assurance.  Key to this goal is ASME B31.3.  However, ASME B31.3 can be complex and ever-changing.  Further, this piping code often references other complex ASME codes for further information and technical guidance.

If you’re looking to take your career to the next level, our ASME B31.3 Emerging Subject Matter Expert online course offers a deep dive into the practical and theoretical knowledge you need. With more than 10 hours of ASME-accredited content, it’s designed for our future ASME Subject Matter Expert engineers like you — ready to specialize, prepared to lead. Once you pass the final exam at the end of the full course, you will receive an ASME certificate of completion with 15-PE/PDH credits.

Demystifying Perceived Conflicts and Omissions in ASME B31.3

Industries go to great lengths in engineering analyses, construction/welding procedures and commissioning to assure public safety with high integrity final pressure boundary assurance of piping while paying only cursory attention in the codes to flange design and deployment.  Flanges are a break in the pressure boundary and thus, should receive constant focus in the codes.  Today’s high temperature flanges are virtually free of focus and remain a constant cause of process fires and hazardous leakage.

 

Additionally, constant threats to today’s elevated temperature ASME B31.3 piping pressure boundary integrity are

  1. Design Pressure and Temperature definition,
  2. Advanced pipe wall thickness calculations for high temperature, cyclic service
  3. Vibration,
  4. Expansion Joint design and troubleshooting,
  5. Mitered bend design,
  6. Branch area replacement,
  7. Hydrogen service,
  8. Low temperature brittle fracture.

Industries that rely on ASME B31.3

ASME B31.3 applies to a range of sectors where process piping plays a central role. Here are a few:

  • Oil and gas
  • Chemical and petrochemical plants
  • Pharmaceutical manufacturing
  • Food and beverage processing
  • Power generation
  • Semiconductor fabrication

In these fields, learning ASME B31.3 online gives engineers the flexibility to study while working, helping them stay competitive and meet ever-evolving regulatory demands.

Why compliance with ASME B31.3 matters

Noncompliance isn’t just a paperwork issue — it’s a risk factor. Following process piping standards reduces the likelihood of leaks, failures, explosions, or costly shutdowns. It is required by liability insurance.  It also ensures:

  • Worker safety: Preventing injuries and fatalities.
  • System reliability: Minimizing repairs and unexpected downtime.
  • Regulatory approval: Meeting local and international codes for construction and operation.

Compliance signals competence. For engineers, it can mean the difference between stagnation and upward mobility.

Who should learn Seek an ASME B31.3 Subject Matter Expert Level?

While plant managers, quality assurance personnel, and project engineers all benefit from knowledge of B31.3, this course is especially critical for:

  • Mechanical engineers moving into responsible piping engineering positions or construction roles.
  • Project engineers supporting complex and critical piping design and construction projects.
  • Inspectors and QA/QC specialists seeking to qualify for ASME B31.3 projects.
  • Emerging engineers on the path to becoming SMEs looking for promotions or leadership designations.

Investing in an accredited online ASME piping course shows initiative and positions you as a valuable team member ready to take on more responsibility.

Learn from the best: Enroll in our Future Subject Matter Expert ASME B31.3 online certification course

At Piping Technology & Products, we’ve partnered with Michael Shelton, a Subject Matter Expert, for over fifty (50) years of hands-on ASME Piping and Pressure Vessel codes in numerous fields. Michael has been an a university adjunct graduate professor and taught industrial ASME courses for over twenty (20) years and is one of only three ASME B31.3-certified teachers.

Together, we have developed a high-impact ASME B31.3 Future Subject Matter Expert online program tailored to real-world applications. This piping design course for mechanical engineers offers:

  • More than 10 hours of comprehensive video lessons
  • Self-paced learning for working professionals
  • In-depth coverage of real-world applicable case studies of the ASME B31.3 code
  • 15 PE/PDH credits upon completion, with an ASME-certified certificate
  • Immediate access to start learning right away

Whether diving into complex calculations or wanting to gain essential expertise in hydrogen piping design, this course equips you with the tools to master the code and stand out among your peers.

Click here to enroll now

Or learn more on our online courses hub.

Final thoughts: Become the go-to expert in your company

ASME B31.3 isn’t just another code — it’s a blueprint for career advancement. As companies prioritize code compliance, risk mitigation, and technical expertise, engineers who’ve taken the initiative to get certified become indispensable. This isn’t just about knowledge; it’s about leadership.

Whether you want to enhance your credibility, lead projects, or prepare for promotion, the path starts with the right education. Continue on to your next title of Subject matter expert.

Start today — earn your credentials and elevate your career.

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Galvanized Knee Braces
Knee Braces 5 25
Galvanized Knee Braces

Keeping Pipe Support Systems Stable, Even Under Lateral Load and Wind Stress

Unanticipated lateral loads from wind gusts to seismic tremors can quickly compromise pipe support systems in any projects. Structural instability around critical piping runs is a project risk that no project manager wants to explain. That’s where galvanized knee braces step in. These structural supports reinforce vertical pipe stands and structural steel, preventing sway, racking, or collapse during field events ranging from vibration control to water hammers.

How They Work: Braced to Resist and Built to Last

Galvanized knee braces function as diagonal steel members welded or bolted between vertical and horizontal components, forming rigid triangles that distribute and counteract horizontal forces. At Piping Technology & Products, we custom-fabricate galvanized knee braces from carbon steel and then “hot-dip galvanize” the entire unit for corrosion protection. This protects the knee braces from extreme weather conditions and exposure to saltwater and rain, which are often conditions seen at operating facilities.

The braces are prefabricated for standard layouts or designed custom to accommodate irregular geometries, offset loads, or tight envelope requirements. Once installed, they create a stable moment-resisting frame that ensures structural integrity for lateral loading.

Where They’re Used: Cross-Industry Structural Reinforcement

Galvanized knee braces are commonly deployed in:

  • Petrochemical plants: Pipe racks, platforms, and vertical supports

  • Power generation facilities: Turbine and cooling system infrastructure

  • Midstream terminals: Metering skids and loading platforms

  • Water treatment facilities: Pipe galleries and elevated walkways

  • Pulp & paper mills: Vertical piping columns under dynamic loads

Benefits at a Glance: Engineered Strength and Field-Ready Durability

  • Reinforces structures against wind, vibration, and lateral movement

  • Hot-dip galvanized for maximum corrosion resistance

  • Compatible with new construction and retrofits

  • Custom-fit to jobsite dimensions for fast install

  • Cuts down the risk of structural failure or pipe movement

  • Reduces field rework from instability or misalignment

From the Engineer’s Desk: Why Structural Teams Trust Them

Engineers specify PT&P knee braces for their:

  • Load-tested performance: Designed per AISC and ASCE standards

  • Precision fit-up: 3D CAD modeling and detailed drawings ensure integration with structural and piping systems

  • Corrosion protection: Zinc-coating meets ASTM A123 for extended outdoor service

  • Structural compliance: Meets seismic bracing requirements in applicable zones

From the Project Manager’s Chair: Why Project Managers Prefer Us

  • Reduce change orders and field delays tied to lateral support issues

  • Arrive at the site ready to install; no onsite fabrication is required.

  • Help pass inspections by mitigating the risk of sway or movement.

  • Keep installation timelines and labor hours on track.

  • Fit smoothly into fast-moving construction phases with zero surprises.

Pair With These Products

Galvanized knee braces are often specified alongside:

  • Pipe Shoes with Base Support

  • Structural Pipe Clamps

  • Anchor Bolts and Embed Plates

  • Seismic Restraint Systems

  • Custom Pipe Racks and Frames

These systems work in tandem to deliver structural stability across your piping support infrastructure.

Get Ahead of Lateral Load Issues

Talk to an engineer today or Request a Quote
PT&P REF. ORIGINAL POST 07052000

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Adjustable Pipe Stands Built to Simplify Installation and Reduce Rework
May 12, 2025
Adjustable Pipe Stands To Support Ductile Iron Pipe
Adjustable Pipe Stands to Support Ductile Iron Pipe

Engineered for Real-World Pipeline Adjustments and Long-Term Stability

When pipelines expand, contract, or shift due to temperature or pressure changes, every EPC team knows one thing: the pipe support system must flex with them, without sacrificing safety or structural integrity. Adjustable pipe stands compensate for onsite variances, allowing installers to make real-time height or positioning changes.

These stands support the pipe and its contents while transferring the load to the structure below. The vertical adjustment feature makes accounting for elevation differences and thermal movement easier. The design of the pipe stand allows it to be easily installed, adjusted, and maintained.

Custom-Built Pipe Stands for a Gulf Coast Natural Gas Facility

We manufactured adjustable pipe stands for a natural gas processing plant on the US Gulf Coast. Our team designed these supports to meet strict project demands, including: 

  • Pipe sizes ranging from 10″ to 20″
  • Heavy axial loads exceeding 6,000 lbs
  • Frequent thermal cycling from gas temperature shifts
  • Harsh, corrosive coastal environments

Our engineering team worked closely with the EPC contractor throughout design and procurement. Each pipe stand was fabricated to exact elevation and load specifications.

Because they’re adjustable, the pipe stands allow precise field alignment. This saves time during installation and helps ensure a smooth commissioning process.

Adjustable Pipe Stands: Built for the Energy Sector and Beyond

This set of adjustable pipe stands was part of a larger infrastructure upgrade in the U.S. natural gas sector, where precision, safety, and long-term reliability are non-negotiable.

Adjustable pipe stands like these are commonly used in:

  • Gas processing plants
  • Loading skids for rocket propulsion 
  • Waste water treatment facilities 
  • Petrochemical facilities
  • LNG terminals
  • Compressor stations

Midstream pipeline projects

What Are Adjustable Pipe Stands?

Adjustable pipe stands are external supports designed to sit on structural steel or embedded concrete pedestals. They’re ideal for systems exposed to thermal expansion, elevation changes, or installation mismatches.

Key benefits of adjustable pipe stands include:

  • Height can be adjusted to handle pipe movement from thermal expansion or contraction.
  • Installs easily with little to no welding or field rework required.
  • Built for durability and able to perform in harsh conditions.
  • Proven, robust design that reduces long-term maintenance needs.

Why Engineers Choose Adjustable Pipe Stands in Their Designs

Our fig. 44 adjustable pipe stands are a trusted choice for engineers designing complex piping systems. They offer critical flexibility and compatibility across a wide range of pipe sizes and configurations.

With known load ratings and adjustable elevation, engineers can:

  • Avoid over-specifying fixed supports that may fail when pipes expand or contract.
  • Build in flexibility early by modeling the fig. 44 adjustment range into 3D plant layouts.
  • Prevent late-stage rework when elevation specs are finalized near the end of design.
  • Ensure construct ability with a proven, field-ready design.

These pipe stands also support value engineering. Their flexibility is especially helpful in brownfield retrofits and multi-phase projects. Each design is load-tested by our QA/QC teams at our manufacturing plant located in Houston, Texas, compliant with ASME support standards, and built for safe, stable use in the field.

Why Project Managers Trust Adjustable Pipe Stands

Project managers count on adjustable pipe stands to solve challenges that appear late in the schedule, without creating new ones.

They help:

  • Simplify alignment in the field, reducing delays.
  • Cut back on field welding or grinding during installation.
  • Fix tolerance gaps found during QA/QC or commissioning.
  • Shorten install time and reduce labor hours..

When your project scope shifts or your timeline tightens, adjustable pipe stands give you back margin, keeping your install on track and within budget.

Additional Engineered Supports for Energy Applications

We also manufacture a full range of engineered pipe supports tailored to energy sector demands:

  • Pre-insulated pipe supports for cryogenic and high-temperature lines
  • Sway braces and snubbers for seismic and dynamic control
  • Constant and variable spring supports
  • Pipe shoes and saddles for elevated piping runs
  • Anchor supports to restrain pipe movement in critical areas

All supports are built to meet or exceed ASME and ASTM standards and can be customized with special coatings, finishes, or material upgrades to match your site conditions.

Plan Confidently. Install easily. Build faster.

When technical performance and schedule certainty are key, adjustable pipe stands offer engineers and EPC project managers peace of mind. From engineering through delivery, our engineering team and technical specialists work as an extension of your team to deliver pipe support solutions that are:

  • Code-compliant
  • Field-adjustable
  • Built for long-term use

Talk to an engineer today to discuss your application and receive a custom solution for your project needs.

Talk to an engineer today or Request a Quote
PT&P REF. ORIGINAL POST 05022007

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Heavy-Duty Pipe Saddles: Precision Support for Heavy Pipes, Long Spans, and Dynamic Load Conditions
May 5, 2025
42&Quot; Large Bore Pipe Saddles
42″ Large Bore Pipe Saddles
42&Quot; Large Bore Pipe Saddles
42″ Large Bore Pipe Saddles
42&Quot; Large Bore Pipe Saddles
42″ Large Bore Pipe Saddles

 

 

 

 

 

 

 

Reliable Load Transfer Without Installation Headaches

Pipe saddles are critical solutions for securing heavy pipelines and managing load transfer to structural elements. More than just supports, our engineered pipe saddles help reduce localized stress and maintain system alignment by stabilizing the pipe and minimizing deformation at critical support points.

What is a Pipe Saddle?

A pipe saddle consists of a curved base designed to partially wrap around a pipe, paired with a vertical stanchion that anchors it to a supporting structure. Pipe saddles are essential for:

  • Managing high loads over long pipe spans.
  • Preventing deformation, wear, and stress fractures.
  • Ensuring system stability when support points are limited.

Piping Technology & Products manufactures pipe saddles to exact specifications using durable materials such as carbon steel, with options for specialized coatings to resist corrosion. Whether you need a standard design or a custom configuration, we deliver saddle supports built for your project’s diameter, load, and structural interface requirements.

Case Study: Custom Pipe Saddles for a Midstream Gas Facility

For a midstream natural gas project in the Midwest, Piping Technology designed and delivered a large order of custom-fabricated pipe saddles:

  • Pipe Size: 36-inch diameter.
  • Load Requirements: Engineered for substantial dynamic loads.
  • Finish: Hot-dip galvanized for long-term outdoor durability.
  • Compliance: Designed to meet ASME standards.

Our in-house engineering team worked directly with the EPC contractor to accelerate the design and fabrication cycle. This proactive collaboration ensured a perfect field fit, eliminated rework, and helped keep the overall project on schedule, addressing a key priority for EPC managers while avoiding any installation setbacks.

Designed for Midstream Energy Demands

In the midstream oil and gas sector, performance, quality, and reliability are non-negotiable. Piping systems must withstand:

  • Thermal expansion and contraction across long distances.
  • Environmental exposure to moisture, temperature fluctuations, and corrosive agents.
  • Variable load conditions over the system’s operational lifespan.

Our pipe saddles deliver the durability and stability midstream operators require, minimizing downtime risks and safeguarding critical infrastructure.

Additional Solutions for Midstream Applications 

In addition to heavy-duty saddles, PT&P offers a full range of custom supports engineered for the challenges of midstream energy projects:

  • Constant and Variable Spring Hangers: Manage vertical movement due to thermal expansion.
  • Pipe Shoes 
  • Pipe Anchors and Guides: Control axial loads and direct pipe movement safely.
  • Cryogenic Insulated Supports: Specialized designs for LNG and low-temperature systems.
  • Custom U-bolts and Clamps: Engineered fastening solutions for complex configurations.

Each product is manufactured to meet project-specific load, movement, and environmental requirements, ensuring seamless system integration.

Why Project Managers Trust Piping Technology

When you partner with us, you get more than just products; you gain a reliable team committed to helping you deliver flawless projects. 

We offer:

  • Engineering Expertise: Real-time collaboration with seasoned engineers.
  • Proven Product Quality: Materials and manufacturing processes that meet or exceed ASME, ASTM, and API standards.
  • Manufacturing: Deep manufacturing expertise to deliver scale, large volume, fastest time to market customized solutions with a sharp focus on constructability and site needs.
  • On-Time Delivery: A proven track record of meeting tight project timelines.
  • Cost Efficiency: Competitive pricing without compromising quality or performance.
  • Responsive Support: Fast answers to RFIs, urgent field issues, and design changes.

For Project Managers, that means reduced risk, minimized rework, and higher confidence in project success.

Get the Right Saddle Support for Your Next Project

Talk to an engineer today to discuss your application and receive a custom solution for your project needs.

Talk to an engineer today or Request a Quote

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Variable Spring Pipe Supports for Movement and Load Control
April 28, 2025

Ptp-1 F-Type Variable Spring Assemblies

When pipelines expand and contract due to heat, support systems must adapt to protect capital-intensive, critical path, long-lead-time fixed equipment essential to plant operations and output. That’s where the need for variable spring pipe supports comes in to maintain the integrity of the piping systems.

These supports are designed to carry the vertical weight of the pipe while allowing for thermal movement. As temperatures change and loads change, the pipe shifts. A variable spring reacts with a moment  with the compression of the spring, supporting that movement and keeping your system in balance. They help control how much and in which direction your piping moves, protecting your equipment and keeping operations safe.

Built to Perform: Custom Variable Spring Pipe Supports

At Piping Technology & Products, we recently designed and built a set of variable spring supports used in a large-scale industrial project. These supports were customized to meet the exact project specs and defined operating envelope. Each variable spring was built to:

  • Support loads up to 6,500 lbs 
  • Allow up to 3 inches of movement (tighter tolerances can be achieved if required)
  • Include travel stops to lock movement during shipment and installation
  • Withstand corrosion with hot-dipped galvanized carbon steel housing and bolted design
  • Supplied with a pedestal to achieve a custom-installed height

Every variable spring support made by PTP is load-tested by our quality teams in our facility in Houston for quality and delivered with clear tags and instructions to simplify the installation process.  We have a full-service field service team that can offer oversight during installation if desired.

Made for the Chemical Processing Industry

This project was part of a chemical processing facility—an environment where heat, pressure, and movement are constantly in flux. In these operating conditions with sometimes caustic media, proper pipe support isn’t optional. It’s critical for both safety and uptime. Our spring supports help protect piping, prevent misalignment, and reduce the risk of stress on connected equipment.

More Pipe Support Solutions from PT&P

In addition to variable spring supports, we also provide other engineered solutions used widely in chemical processing plants:

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Precision-Engineered Cryogenic Pipe Supports
April 21, 2025

72&Quot; Dia. Cryogenic Pipe Supports Designed For An Lng Facility

Precision-Engineered Cryogenic Pipe Supports

When dealing with cryogenic piping systems, thermal isolation is more than a preference, it’s a necessity. 

That’s where cold shoes come in. Cold shoes are specialized pre-insulated pipe supports designed to prevent the transfer of extreme cold from the pipe to surrounding structures. 

These supports are critical in preserving structural integrity and ensuring safe operation in cryogenic environments, withstanding temperatures as low as -300°F.

At Piping Technology & Products, we manufacture cold shoes with high-density polyurethane foam (PUF) insulation. Known for its superior thermal resistance, low weight, and adaptability, PUF is ideal for minimizing heat transfer while maintaining structural support.

Built for Extreme Conditions — and Big Pipelines

In a project for a Liquefied Natural Gas (LNG) facility in Mozambique, we fabricated a series of custom-designed cryogenic pipe supports engineered for performance in high-demand applications.

Key Product Specs:

  • Pipe Diameters: 30″ to 72″
  • Support Dimensions: 45″ to 88″ high, 42-1/2″ to 85-1/2″ wide, 28″ to 33″ long
  • Insulation: 5″ to 6″ thick high-density polyurethane foam
  • Materials: Carbon steel with hot-dip galvanized finish; aluminized steel jacket for vapor barrier

Polyurethane foam insulation (PUF) was selected for its reliability under thermal stress and ability to be customized to various pipe sizes. 

Our in-house engineering and fabrication capabilities allow us to deliver high-performance supports that meet exact project specifications while minimizing installation and maintenance issues.

Designed for the LNG Industry

LNG facilities demand exceptional durability, reliable thermal performance, and insulation systems that prevent heat ingress into cryogenic pipelines. Without proper cryogenic pipe supports like cold shoes, LNG systems face a range of serious challenges:

  • Boil-Off Gas (BOG): Heat ingress can cause LNG to vaporize, leading to pressure buildup and product loss.
  • Frost and Ice Formation: External surfaces can ice over, causing structural stress and safety hazards for workers.
  • Material Embrittlement: Non-cryogenic components may crack or fail when exposed to ultra-low temperatures.
  • Increased Energy Use: Systems become less efficient, requiring more power to maintain cryogenic conditions.
  • Environmental and Safety Risks: Uninsulated lines can leak LNG vapor, potentially forming flammable gas clouds.

These issues drive up costs, introduce safety concerns, and reduce system reliability.

From small-bore lines to massive pipe systems like those in this project, our cold shoes are engineered to prevent these outcomes at LNG operating plants.

With high-density PUF insulation and heavy-duty construction, they support large-diameter lines while minimizing thermal transfer, resisting corrosion, and protecting the integrity of LNG infrastructure.

Beyond Cold Shoes: Full-Scope Support for LNG Projects

Piping Technology & Products is more than a manufacturer—we’re a project partner. In addition to cold shoes, we offer a comprehensive suite of products commonly used in LNG and other cryogenic applications:

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Trapeze Roller Hangers for a Food Processing Facility
December 3, 2024

Trapeze Roller Hangers For A Food Processing Facility

Type: Trapeze Roller Hangers
Size: 2-5/8″ to 16-3/8″ L x 4″ to 16″ Dia. | 600 to 3,970 lb. Load
Material: Cast Iron
Testing: Standard quality control inspections

Piping Technology & Products designed these trapeze roller hangers for a food processing facility in Kentucky. Rollers are typically employed when axial movement at the support location results in swing angles exceeding 4 degrees.

The rollers are available in lengths ranging from 2-5/8″ to 16-3/8″ for pipe diameters between 4″ and 16″. Constructed with cast iron rolls and sockets along with steel roll rods, they ensure durability and adaptability for a range of applications.

The rollers are oriented horizontally for the suspension of pipes using two all threaded vertical rods and hex nuts for vertical adjustments, effectively accommodating longitudinal movement caused by thermal expansion or contraction. They are designed for load ratings ranging from 600 to 3,970 lbs.

Standard quality control inspections were conducted prior to shipment to ensure compliance with industry standards. Similar applications by Piping Technology & Products include:

  • Wastewater facilities
  • Food Service
  • Bridges
  • Cooling Towers
  • Refineries
  • Gas Plants

In addition to standard rollers, we offer machinable rollers made from specialized non-metallic materials, such as polyurethane and polyurethane foam. These materials can be custom-contoured to meet unique project specifications using our in-house manufacturing capabilities.

For larger roller assemblies, Piping Technology & Products provides complete customization options, including finite element analysis (FEA) to ensure the design meets the exact requirements of your piping system. Whether you need standard or customized solutions, our team is equipped to deliver quality products tailored to your application.

PT&P REF. ORIGINAL POST 04242017

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Custom Designed Upthrust Constant Spring Supports
November 19, 2024

Custom Designed Upthrust Constant Spring Supports

PT&P designed Fig. PTP 200-U upthrust constant spring supports modified to accommodate an increased installed height. PT&P fabricated these constant assemblies from A36 carbon steel. They were designed for temperatures up to 185°F, and a load of 15,737 lb. The constants are capable of a downward total travel of 2″ and are 61″ L x 25″ W x 39″ H. Standard load and travel tests were conducted prior to shipment.

When it comes to supporting piping and related components that experience significant vertical movement, constant spring supports are the go-to solution. These specialized supports are designed to keep the load consistent throughout the full range of movement, eliminating any significant deviations. But what makes them indispensable for industrial applications? Let’s break it down.

What Are Constant Spring Supports?

Constant springs maintain a steady supporting force as pipes expand and contract due to temperature changes. They come in horizontal or vertical designs and can be customized to handle various loads, movements, and configurations. Their ability to adapt to dynamic conditions ensures the integrity and efficiency of piping systems across diverse industries.

Key Benefits of Constant Spring Supports

  1. Manage Pipe Movement: Handle changes in pipe position caused by temperature fluctuations.
  2. Maintain Alignment: Prevent misalignment, ensuring pipes stay in proper positions.
  3. Reduce Thermal Stress: Minimize stress caused by thermal expansion and contraction.
  4. Adapt to Variable Loads: Provide reliable support in changing conditions.
  5. Versatility: Perfect for both high-temperature and cryogenic systems.

Constant spring supports find their way into a wide range of applications, including:

  • Piping Systems: Essential in refineries, power plants, and chemical processing facilities.
  • HVAC Systems: Support ducts in heating, ventilation, and air conditioning systems.
  • Steam Systems: Ensure proper alignment in steam piping for manufacturing and power generation.
  • Oil and Gas Pipelines: Compensate for temperature changes over long distances.
  • Process Equipment: Safeguard reactors, heat exchangers, and vessels from stress-induced damage.
  • Rotating Equipment: Reduce stress on pumps and compressors by supporting connected piping, prolonging equipment life.

Spotlight on U-Type Constant Springs

U-Type constant springs are particularly popular for their ability to provide steady support to pipelines, ducts, and other structures experiencing thermal movement. These springs play a vital role in maintaining system integrity and preventing damage across various industrial settings.

From managing thermal expansion in pipelines to safeguarding critical equipment, constant spring supports are the unsung heroes of industrial operations. Their reliability and adaptability make them an invaluable asset across countless applications.

At our Houston-based facility, we design and manufacture constant spring supports with unmatched speed and precision. Operating 24/7, we are equipped to handle both small emergency orders and large-scale production needs. Our expertise spans industries like energy, oil & gas, petrochemicals, manufacturing, and more—delivering solutions globally. Our wide range of industry expertise demonstrates our unique ability to provide solutions across the globe in every sector we serve.

PT&P REF. ORIGINAL POST 03242015

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110 Custom Pipe Clamps for a Construction Company
October 29, 2024

110 Custom Designed Pipe Clamps For A Construction Company In Ohio

Type: Pipe Clamps
Size: 12″ wide | 42″ Dia. pipe
Material: A36 carbon steel with PVC pad
Testing: Standard Q.C. Inspections

Piping Technology and Products, Inc. custom-designed a total of 110 of these large pipe clamps for an interstate natural gas pipeline in Ohio. The pipe clamps are fabricated from A36 carbon steel with PVC pad bonded to the clamp’s inside radius. The pipe clamps have a physical size of 12" wide, for a 42" diameter pipe. Standard QC inspections were performed with a turn-around time of 8 weeks.

The interstate natural gas pipeline project focused on constructing a 256-mile route. The project, targeting the energy needs in the Midwest at the time. Clearing activities started in Lake Marlboro, Nimishillen, and Washington townships, setting up the groundwork for the pipeline route that would run from eastern Ohio to the northern and western parts of the state.

The exact number of pipe clamps stocked by Piping Technology & Products (PT&P) can vary in the hundreds, as we offer a wide range of pipe clamps to accommodate different pipe sizes, materials, and load requirements. PT&P typically stocks a variety of types, including standard pipe clamps, adjustable clamps, riser clamps, U-bolts, and custom clamps, such as these, designed for specific applications however, in most cases we fabricate specifically in our Houston headquarters to the project and client needs based on the design where sizes, material, and technical requirements may vary.

This year, we made significant capital investments in our manufacturing operations to enhance efficiency and deliver top-quality support structures in greater quantities, enabling faster field deliveries.

PT&P REF. ORIGINAL POST 04302018

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Big Ton Spring Supports Custom Designed for a Chemical Plant in Singapore
October 22, 2024

Big Ton Spring Supports Custom Designed For A Chemical Plant In Singapore

Type: Big Ton Spring Supports
Material: Carbon Steel/SAE 5160H
Design: 1.75″ up & Operating Load 130,642 N
Testing: Standard Load & Travel Tests

PT&P custom designed big ton spring supports for a chemical plant in Singapore. These supports are ideal for bearing the weight of large, heavy equipment such as compressors, vessels, and pumps in power and petrochemical plants. The supports feature a carbon steel housing and frame, with a spring coil made from SAE 5160H. The design allows for a controlled movement of 1.75 inches upward under an operating load of 130,642 N. This solution prevents the need for a complete redesign of the piping system, offering significant cost savings to the customer. These custom Big Ton supports were delivered within six weeks.

Throughout the years, we’ve encountered numerous instances where clients have approached us with unique and unconventional applications requiring either a completely new product or modifications to an existing one. A prime example is our Big Ton, which was developed in response to a client’s request for a support capable of bearing 1 million pounds. We’ve designed Big Tons for a range of industries, including LNG, petrochemical, refining, and PDH facilities. Beyond design and manufacturing, these supports undergo thorough in-house testing by our QC teams to ensure full functionality before being shipped to the client. Click here to watch a video to see how this support can be adjusted in the field.

PT&P REF. ORIGINAL POST 12262017

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