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157 Embed Plates Designed for a Construction Company in Texas
January 30, 2024

157 Embed Plates Designed For A Construction Company In Texas

Type: Embed Plates
Size: ¾” x 14” x 18” | Nelson Studs: ¾” x 7”
Material: HDG Carbon Steel
Testing: Visual & Q.C. Tests

PT&P designed and manufactured 157 embed plates for a construction company in Texas. Embeds are essentially anchor bars used to secure steel to the concrete. The plate is ¾” x 14″ x 18″, and the Nelson studs are ¾” x 7″. All components are fabricated from carbon steel with a hot-dipped galvanized finish. Visual and Q.C. tests were performed prior to shipment. This job was a 15-day turnaround in order to meet the customers’ construction schedule.

Embeds are usually set in concrete foundations, floors, or piers and are a key component in the construction industry for connecting steel to concrete. Virtually all “grass-roots” projects such as chemical, power, refinery, solar, food processing, mining, and green energy plants contain embedded steel as a part of its foundation. These can also be used in automotive, semiconductor, and now battery plants. We have the ability and knowhow to custom manufacture various sizes, types and can utilize different materials to meet our client specifications.

Our Houston based manufacturing operations allow us to meet tight delivery schedules at most project job sites allowing for cash flow management of the project and substantially reduced supply chain risk. Typically embeds and anchor bolts have time criticality considerations because the concrete construction teams must mobilize in a timely fashion so logistics and cost can be managed effectively.

PT&P REF. ORIGINAL POST 06112019

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Insulated Pipe Supports for a High Temperature Pipeline by Pipe Shields, Inc.
January 23, 2024

Insulated Pipe Supports For A High Temp. Pipeline By Pipe Shields, Inc.

Type: Pre-Insulated Pipe Supports “Hot Shoes”
Size: 1″ to 3″ NPS | 1″ to 2″ Thick Insulation
Material: HDG Carbon Steel | Calcium Silicate
Design: Operating Temp.up to 1800°F
Operating Loads up to 1000 lb.
Movements of +/- 4-1/2″
Testing: Standard Q.C. Inspections

Pipe Shields, Inc., a division of PT&P, custom-designed insulated pipe supports for high temperatures in a chemical plant. These "hot shoes" are fabricated from A36 carbon steel and include a hot-dipped galvanized finish. They range in nominal pipe sizes from 1" to 3" and include 1"-2" thick calcium silicate insulation. The supports are designed for an operating temperature up to 1800°F and operating loads up to 1000 lb, with +/- 4 -1/2 movement. Quality control inspections were performed before shipping to Indiana.

Pipe Shields Inc. pioneered the design and manufacture of pre-insulated pipe supports, slides, guides and anchors and is a subsidiary of Piping Technology and Products, Inc. Our products are ubiquitous, serving diverse industries including hospitals, airports, semiconductor plants, automotive plants, EV battery plants, data centers, pharmaceutical plants, food processing, petrochemical plants, and power and renewable energy plants sometimes used in cold service lines and some dual temp lines between TCUs (temperature control units) and reactor jackets. Engineers often specify Pipe Shields and PT&P products as the foundation for designing various piping systems.

Last year we built over 50,000 units of this kind of support in our Houston-based manufacturing facility. We were the first in the industry to employ the use of high-speed manufacturing automation to facilitate the cutting of the high-density calcium silicate to meet tight deliveries required for the projects. The advent of computer-controlled cutting equipment has improved how we do things at PT&P. Integrating these advanced technologies has led to significant improvements in manufacturing processes, enabling unparalleled accuracy in cutting high-density insulation. Computer-controlled cutting equipment allows for intricate and complex designs that were once challenging or impossible to achieve manually. Automating cutting processes has not only reduced human error but also enhanced productivity by accelerating production speeds. Moreover, these systems provide a high level of repeatability, ensuring consistent quality across multiple iterations. Another benefit was that we were able to reduce the material waste generated by human cutting by roughly 10-15%, which allowed us to remain price-competitive on a global scale.

PT&P REF. ORIGINAL POST 05262020

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U-Type Constant Spring Supports Designed for a Power Plant
January 2, 2024

U-Type Constant Spring Supports Designed For A Power Plant

Type: Constant Spring Supports
Material: Carbon Steel | HDG | PTFE, 25% Glass Filled
Design: 8,200 lb. Load | 11-1/2″ Total Travel
Testing: Standard Load and Travel Test

PT&P designed and manufactured 48 constant spring supports for a power plant in Mexico. The constants pictured above are Fig. 200 U-type constant spring supports fabricated from A-36 carbon steel and include PTFE, 25% glass-filled slide plates bonded to the load flange. The supports are 39″ H x 26″ W x 80″ L and are designed for operating loads up to 8,200 lb., with a total travel of 11-1/2″. These are horizontal constants designed to support piping from below in conjunction with a pipe saddle. All the constants went through standard load and travel testing per MSS Standards prior to shipment.

Constant spring supports find applications in various fields and can be made from diverse materials tailored to specific end applications. These supports are integral in industries such as petrochemicals, LNG, refining, power generation, steel mills, and geothermal plants, among others. In the past, obtaining a custom-designed constant spring support posed a significant challenge in terms of both design and manufacturing, with lead times extending to a minimum of 6-8 weeks.

Through a dedicated focus on manufacturing optimization and employing a design-centric engineering approach, we have successfully reduced the required time by more than half. Now, the process of acquiring custom constant spring supports is significantly streamlined. In fact, we are capable of fulfilling emergency orders in less than 24 hours, taking into account the client’s location and urgent requirements.

PT&P REF. ORIGINAL POST 08202017

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PT&P Roller Hangers for an Aviation Facility in California
December 26, 2023

Pt&Amp;P Roller Hangers For An Aviation Facility In California

Type: Roller Hangers
Size: 12″ Wide and 15″ Tall
Material: Cast Iron & Carbon Steel
Design: 965 lbs. Operating Load & 10″ Pipe Size
Testing: Standard Quality Control

These Fig. 195 roller hangers were designed by PT&P for an aviation facility in California. They measure 12″ in width and 15″ in height. The rollers are fabricated from cast iron, with the yoke, roll rod, and hex nuts from carbon steel. The units are designed for a pipe size of 10″ and an operating load of 965 lbs. Standard quality control tests were performed prior to shipment. Roller hangers are used for the suspension of pipe from a single rod where axial movement may occur because of expansion or contraction. These are often used on bridges where pipelines cross waterways such as rivers and bayous. If there is extensive traffic, they can be used in conjunction with variable springs to accommodate such factors as vibration, wind, and other external factors. This particular job is an excellent demonstration of our ability to support quick turn request to meet the needs of our clients as it was shipped before the contract date in less than a week’s time.

Our roots are deeply embedded in the petrochemical, power, energy, and refining sectors. We remain adaptable, constantly seeking opportunities to contribute to pivotal projects. Our recent diversification into various industry verticals encompasses participation in both private and public sector space exploration. Additionally, we play a pivotal role in the flourishing 11.2 billion-dollar data center industry, driven by advancements in AI and its widespread adoption.

Time-to-market is a paramount consideration for our projects. Leveraging our Houston-based manufacturing facility, we stand out as a market leader, possessing the capability to support large volumes within tight timeframes. This agility is particularly crucial for the time-sensitive nature of semiconductor, pharmaceutical, EV battery, and automotive production facilities.

PT&P REF. ORIGINAL POST 04022018

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F-Type Variable Spring Supports with Graphite Slide Plates
December 19, 2023

F-Type Variable Spring Supports With Graphite Slide Plates Designed For An Oil Refinery

Type: Variable Spring Supports with Graphite Slide Plates
Materials: CS | HDG | High Heat Aluminum Finish | Graphite
Load Range: 420 lb. to 7650 lb. | 0.65″ Upward Movement
Design: 700°F Temperature | Q.C. & Load Tests

PT&P custom designed an F-type variable spring supports with graphite slide plates for an oil refinery in California. Client inspection O.C. inspections and load tests were conducted prior to shipment.

The graphite slide plates are used to accommodate the axial and lateral movement of the pipeline. Each assembly is equipped with specially designed “round” base plates (instead of the standard square plates) and is designed for temperatures up to 700°F. The spring cans are designed for a load range from 420 lb. to 7,650 lb. and movements up to 0.65″. In this case, they are finished with high-heat aluminum instead of our standard hot-dipped galvanized finish due to the high-temperature requirements in which these units will be operating. We have the unique capability to work with different materials based on the design needs. Variable spring supports, along with our array of engineered support solutions, stand as a fundamental pillar of our business. They enable us to actively collaborate with our clients, whether it involves the products we’ve manufactured, systems subjected to pipe stress and Finite Element Analysis (FEA), or items serviced through the expertise of our field service team.

For many of our products, we have the ability to build and deliver support in less than 24 hours should an emergency arise. It is useful to keep our emergency information handy on your phone and computers should an unforeseen moment arise. Please share this with your maintenance, fixed equipment, and reliability teams. To bookmark or for more information about our emergency assistance, please click here.

PT&P REF. ORIGINAL POST 09242018

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Big Ton Spring Supports Designed for a 98,250 lb. Load
December 5, 2023

Big Ton Spring Supports Designed For A 98,250 Lb. Load

Type: Big Ton Spring Supports
Size: 29″ wide x 110″ long x 35″ high
Material: HDG Carbon Steel | A193 Gr. B7 Travel Stops and Load Column
Design: 98,250 lb. | 1-3/4″ Upward
Testing: Load Cell Test

This big ton spring support assembly was designed for a facility in Kansas. For this application PTP’s big ton was used to support heat transfer and steam generating equipment typically used in fossil fuel power generation, combined cycle power generation, petrochemical, and process industries.

Big Ton spring supports are extremely stable. Base supports springs of this design are frequently used under horizontal pressure vessel saddle supports in combination with slide plates or roller supports. Our Big Ton design lends itself ideally to this support situation. Type F design is sufficient where there is a minimal amount of lateral movement, but where the combination of heavy loads and thermal expansion are required, Big Ton industrial springs should be your choice.

The big ton assemblies were fabricated from hot-dipped galvanized carbon steel and include neoprene coated springs coils. The travel stops and load column material is A193 Gr. B7. The units measure 29″ wide x 110″ long x 35″ high and are capable of supporting loads up to 98,250 lb. while accommodating movements from 1-3/4″ upward. The big tons were tested at our facility with a load cell designed by our team to ensure proper operation throughout the big ton’s operating range.

Alongside our ability to design and manufacture big tons specific to your system needs, our field service team is readily available to service, audit, maintain, and/or assist with installation of such products. For more on installation and maintenance take a look at our resource page:
big ton installation-maintenance

PT&P REF. ORIGINAL POST 07252017

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Constant Spring Supports Custom-Designed for a Large Crude Oil Processing Facility
November 28, 2023

Constant Spring Supports Custom-Designed For One Of The Largest Crude Oil Processing Facilities In The World

Piping Technology & Products custom-designed constant spring supports for crude oil processing at one of the largest refineries in the world. Petroleum refineries change crude oil into products such as jet fuel, gasoline, polypropylene, polyethylene, propane, sulfur, carbon black feed, and diesel that can be used for transportation, heating, feedstocks for making other chemicals, generating electricity, renewable energy, and paving roads. Piping Technology and Products was awarded this project because we were the only engineering manufacturing firm vendor of constant spring manufacturers in the world that could both design, manufacture, and test these units for the unique design conditions. These constant springs will support loads ranging from 88,185 lb. to 143,300 lb. They are designed for temperatures up to 650°F, and movements of 0.39" up, 4.72" down, -2.36" up, and 0.39" down. The Type-C constants are 67" H x 21" W x 88.25" L and the Type-F constants are 85" H X 39.75" W x 86.56" L.

The F-Type springs will include graphite slide plates and are designed to support the piping from below while allowing both lateral and axial movement. All constant assemblies underwent magnetic particle inspection of welds, travel, and compression tests. Additionally, a special “cramp test” was conducted on each spring coil. A "cramp test" is done by compressing the spring coil by a specified length for a specific period of time. This assures the spring’s functionally especially when a large "wire diameter" is used to manufacture the spring coil for these high loads. At Piping Technology and Products and our subsidiaries, we specialize in designing pipe supports, expansion joints, and insulated supports for unique applications involving products not readily available. Our products are used in the CDU (crude distillation units), hydrocracking units, RFCC (residual fluid catalytic cracking), naphtha hydrotreater, and hydrodesulfurization units (also known as alkylation unit), and sulphuric acid regeneration (SAR) units in refineries.

PT&P REF. ORIGINAL POST 07272021

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Saddle Support Spring Isolators for an Old Steam Chest Saddle
November 21, 2023

Saddle Support Spring Isolators Designed For An Old Steam Chest Saddle

PT&P custom-designed and fabricated "saddle support spring isolators" to replace the previous springs originally designed in 1974 for supporting an old steam chest saddle at a chlor-alkali chemical plant. Chlor-alkali plants use salt and electricity to produce caustic soda and chlorine gas. Downstream, the chlorine gas – either wet or optionally dry – can be reacted in a chemical process to produce bleach, other chlorine derivatives, or chemical feed stocks finding its way into the production of glass, plastics, pulp, paper, textiles, vinyl, antiseptics, insecticides, and a water treatment agent and in some soaps and detergents. Rising demand for chlorine and caustic soda in various industries such as automotive, pharmaceuticals, paper, and chemicals are driving the chlor-alkali market. Due to improvements in the manufacture of spring coils, PT&P’s engineering team suggested improvements to the original design using a more well-suited design that exceeds the original design specifications. These saddle supports include PTFE, 25% glass-filled slide plates bonded to the top of the assembly. They are designed to support up to 32,000 lb. each with a 6,250 lb/in. spring rate. These springs do not have the traditional spring housing typically used to encase the spring coil, instead, they are fabricated utilizing carbon steel plates in conjunction with chains and internal components. See diagram below. Ptp Spring Isolators Plain Diagram 161917

The spring coils are alloy steel and were custom designed per this customer’s specified wire dia, active/total coils, and solid height. The spring supports were load tested and a quality control inspection was completed that included MAG Particle Inspection. PT&P can replace existing custom variable spring supports using the original design drawings from plants built more than 50 years ago. PT&P can also reverse engineer any spring hanger by taking detailed measurements of the support in the field and sending the information back to our shop for a quick lead time during a plant turnaround or shutdown. Many of the custom spring supports that PT&P has supplied to replace original equipment have been in service for more than 40 years.

PT&P REF. ORIGINAL POST 11022021

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36” Dia. Cryogenic Pipe Saddles Designed for an LNG Facility
November 14, 2023

36” Dia. Cryogenic Pipe Saddles Designed For A Lng Facility

36” Dia. Cryogenic Pipe Saddles Designed for an LNG Facility

PT&P custom-designed pipe saddles with micarta base insulation for an LNG facility in Australia. The saddles were fabricated from 304L stainless steel plates with thickness ranging from 1/8″ to 3/8″. The micarta blocks range in thickness from 1/4″-3″. The saddles were designed to support pipes up to 36″ in diameter at an operating temperature of -300°F. Standard Q.C. and dimensional tests were performed prior to shipment.

A pipe saddle is any pipe support that cradles a pipe and transfers the pipe’s load weight onto a supporting base. Much like a saddle on a horse supports a rider and keeps them from bouncing on the animal, pipe saddles support a pipe’s weight. Pipe saddles are commonly used on large-diameter piping where the load is exceptionally heavy or when contraction-expansion movement is expected. Pipe saddles are welded to the pipe and are used in conjunction with roller supports or on-beam supports.

With the current uptick in global LNG demand driving US-based LNG production, Piping Technology and its subsidiaries are well-positioned to support large-scale projects in a timely manner. Our engineering and production teams work closely with our clients to ensure site, operator, and design needs are met. LNG demand is positioned to continue to grow over 60% by 2035.

PT&P REF. ORIGINAL POST 10232015

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