Here at Bryan Hose & Gasket, we provide builders and architects with gaskets for construction applications that are designed to seal, insulate and reduce sound and thermal transmission.
In addition, we have gaskets that are ideal sealing solutions for a variety of construction applications. These include the following:
We design our gaskets for architects, builders, and contractors to provide insulation and reduce heat and noise. They have a variety of uses, which include between the following:
They utilize a patented technology to reduce sound and thermal transmission. Our gaskets for floors, walls and ceilings give the room a quiet ambiance. Therefore, this helps to reduce noise transmission by up to 90%.
We carry low density closed cellular sill-seal material to seal between the sill plate and masonry or reinforced concrete. Therefore, our gaskets can reduce air infiltration, which provides a tighter building envelope and promotes energy savings. These gaskets for construction applications provide excellent resistance to the following:
Swimming pools have the added issue of chlorine. While great for maintaining cleanliness, chlorine wrecks havoc on seals and elastic materials. Silicones resist the chemical effects of chlorine. However, they are very difficult to ‘stick’, requiring use initially for clean and dry environments. In addition, silicone maintenance in a swimming pool environment can be difficult.
Pumping and filtration equipment require the best possible polymers, which purpose to the longevity and performance of the seals. Therefore, we provide gaskets for construction applications that are chlorine resistant with high quality rubbers in varying hardness.
Our rubber window gaskets are ideal for sealing environments that don’t have exposure to oils, gasoline, kerosene or concentrated acids. In addition, these gaskets provide excellent resistance to ozone, sunlight, insects, severe weather conditions, oxygen, acids and aging.
Our window gaskets provide great color stability and odor-free characteristics, as well as high heat resistance. Therefore, they are great for a variety of applications in construction.
We also provide door gaskets, which are great for sealing the perimeter / head and jambs of doors. In addition, door gaskets for construction applications also provide protection against insects. These gaskets have a variety of uses, including the following:
We stock gaskets for architects and builders. These range from simple rubber strips to heavy duty adjustable gasketing, which includes positive pressure ratings and fire stopping material. For more information on our gaskets or to purchase yours, contact us with the link below!
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The post We Are Thankful for Our Customers this Thanksgiving!首先出现在Bryan Hose and Gasket:: Blog..
At Bryan Hose &垫片，我们有很多要感谢的!我们度过了精彩的一年，充满了创新和增长。然而，如果没有我们忠实客户的帮助，我们是不可能取得这样的成功的。 所以，我们想借此机会说声谢谢!感谢你们又度过了精彩的一年，祝你们有更多精彩的一年!
Thank You to Our Amazing Customers
At Bryan Hose &垫片，我们有很多要感谢的!我们度过了精彩的一年，充满了创新和增长。然而，如果没有我们忠实客户的帮助，我们是不可能取得这样的成功的。
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The post How Our Hoses Can Benefit Hurricane Relief appeared first on Bryan Hose and Gasket :: Blog.
When hurricane season arrives, PVC water suction and discharge hoses are necessary to get preventative and cleanup efforts moving immediately. Some of this year’s hurricanes have hit close to home for us, such as Hurricane Harvey. Bryan Hose & Gasket has water suction and discharge hoses available that can greatly benefit hurricane relief efforts. Here are just a few of the many benefits of hoses for hurricane relief.
Using our PVC water suction and discharge hoses for hurricane relief efforts offers many benefits. These benefits include the following:
These are just a few of the many benefits of hoses for hurricane relief efforts from Bryan Hose & Gasket. Our hoses can be used for suction and discharge of water from flooding regions. They have allowed our customers to remove standing water from flooded areas caused by the recent hurricanes. Our water suction and discharge hoses have even been purchased to assist with the removal of standing water at the University of Houston campus.
Contact us with the link below for more information or to purchase your water suction and discharge hoses for hurricane relief!
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Blown head gaskets can happen to anyone. Compression testing is one of the most common ways to see how heavy a load a gasket can take. We will discuss how to compression test a blown head gasket in cars.
Your had gasket is between your engine block and the cylinder head. It prevents the liquids of your car from mixing with each other, as well as seals the cylinders for optimum pressure.
This gasket is specially designed to withstand incredible amounts of pressure and temperature. However, fluctuations occur and when they do, your gasket is subject to damage thereby lending it to be “blown”. A blown head gasket can cause compression loss or even external leaks, which can both be a lethal problem that’s heavy on the pocket.
Overheating is one of the most common signs of a faulty head gasket. You will notice how quickly it overheats despite checking that the thermostat, radiator, water pump and cooling system are all working fine.
Another sign of a bad gasket is when white smoke comes out of your tailpipe. With this symptom, you will smell seemingly burning anti-freeze.
Longer crank engine time is another sign of a bad gasket. Even worse, other cars that are suffering from this problem won’t even start.
In many cases, head gaskets have burned at a point between two cylinders. What occurs is that the gap in the gasket allows the combustion or compression of one cylinder to seep to the other or vice versa.
You can conduct a compression test by removing all of the spark plugs and threading the compression manually. Crank the engine and observe the readings on your compression tester for each cylinder. When two side-by-side cylinders result in 0 psi, then there’s a problem.
For information about our gaskets, contact us here at Bryan Hose & Gasket with the link below!
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There are many benefits of PVC tubing, which we will discuss how PVC can be beneficial for a variety of applications.
PVC tubing is much lighter than most other materials. Therefore, PVC tubing is easier to maneuver, which prevents injury and reduces the number of people it takes to move equipment.
PVC tubing is also highly flexible, which makes it resistant to breakage and typically more durable than other materials.
Because PVC tubing is made of non-toxic materials, they are typically safer to use.
There has been a significant amount of research that has gone into testing PVC tubing materials for overall safety and quality.
Versatility is another one of the many benefits of PVC tubing. PVC tubing is durable and offers more options when it comes to design and use.
Many businesses even use PVC to refurbish existing systems for even greater versatility.
Other benefits of PVC tubing include the following:
In addition to the benefits mentioned above, a variety of construction options offered (wired or braid reinforcement, rigid pipe, un-reinforced) and the different formulations available (fuel and oil, 3A, FDA, NSF listed) make PVC tubing attractive for numerous applications. These include the following:
These are just a few of the many benefits of PVC tubing, which also has a a variety of applications. Contact Bryan Hose & Gasket with the link below for more information or to order you PVC tubing today!
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The post vs. CPVC:有什么区别?首先出现在Bryan Hose and Gasket:: Blog..
The first C in CPVC stands for Chlorinated. How much chlorine CPVC has depends on the manufacturer, but it can be as much as a 20% increase. However, the additional chlorine in the pipe itself has no effect on the water moving through it.
Temperature resistance is another difference between PVC and CPVC. PVC is safe for residential water applications below 140°F. However, CPVC is safe at temperatures up to 200°F. Temperatures above those limits will result in softening of the pipe and weak joints, leading to leaks and failure.
Another difference between PVC and CPVC is the sizing. PVC size goes according to IPS (Iron Pipe Size) standards. While CPVC can be IPS-sized, it is more common in CTS (Copper Tubing Size) standards.
Color is another way that PVC and CPVC differ. PVC is typically white (schedule 40) or gray (schedule 80), as well as the more rare purple, which indicates reclaimed or recycled water that is unfit for drinking. This color is common for landscaping and irrigation. CPVC is typically either an off-white, yellowish cream color (schedule 40), or light gray (schedule 80).
The price is another difference between PVC and CPVC. PVC is typically less expensive than CPVC, but not by much. Both are much less expensive than metal or PEX.
A common application for PVC is the service line. This goes between the water main and the home (and is the homeowner’s responsibility). CPVC has approval for underground use, but it is more expensive and doesn’t offer any benefits in this particular situation.
PVC is also commonly used in the Drain-Waste-Vent (DWV) system. This carries the wastewater to the sewer, regulates air in the pipes and removes dangerous gases from the home.
Additionally, PVC is a popular choice for yard irrigation and sprinkler systems. Flexible PVC is common for pool, spa or hot tub installations as well where rigid piping may not fit or require more joints.
Technically, CPVC can do anything PVC can, but its use in the home is typically limited to indoor water distribution (the system of pipes that carry water to fixtures around the house). CPVC is ideal for homes with corrosive water or soil conditions.
CPVC is also common in fire sprinkler systems, as it provides heat resistance, low price, durability and ease of installation. It is plastic, so it is relatively un-reactive and will not rust like metal options.
There are many differences between PVC and CPVC. Therefore, whether you choose PVC or CPVC will ultimately depend on the application. Contact Bryan Hose & Gasket with the link below for more information!
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Our PVC piping can be useful for industrial, commercial and personal DIY projects. Here are just a few of the many benefits of our PVC piping for a variety of applications.
Our PVC piping comes in handy if a builder likes to design a home with heating and cooling under the floor rather than in the roof. It’s especially useful if the home will not have a crawlspace, as this helps to make space for metal ductwork.
For the houses that are built on a concrete piece, our PVC ductwork is a preferable strategy to being placed directly beneath the floor. PVC material also defends against moisture-related corrosion that can take place at the floor level.
Our PVC ductwork gives the home builder more flexibility when designing a house when installing grates in the floor. In addition to structural considerations, PVC prevents corrosion from moisture and radon infiltration.
Our PVC allows for the flow and venting of harmful gases and vapors. These gases and vapors can pollute and have an adverse affect on health and confined spaces. Heating and cooling is essential in these environments, so it is a critical consideration to comply with health and safety regulations set in place by federal and state agencies.
One common DIY PVC project Bryan Hose & Gasket sees is household organizers. This can be in the form of desk organizers, shoe racks, hair device organizers, toothbrush organizers or even organizers for garage tools. If you are one that has a difficult time keeping your desk organized—pens, pencils, sharpies and other various office supplies scattered everywhere, then Bryan Hose & Gasket’s PVC can be a great tool to help you get organized!
Another common DIY PVC project Bryan Hose & Gasket has noticed among our customers is gardening tools. There are many different ways to go about using pipes for your home garden, including vertical strawberry tube planters, greenhouses and vegetable garden borders can all be created using PVC piping from Bryan Hose & Gasket.
Bryan Hose & Gasket has also noticed that many of our customers will purchase PVC piping to create kid-friendly games and activities, especially during the summer time. These DIY PVC projects include panpipes and pan flutes, xylophones, toy shooters and homemade sprinklers!
These are just a few of the many ways PVC from Bryan Hose & Gasket can be used. Don’t hesitate to contact us with the link below for more information or to purchase your PVC piping today!
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我们为制动系统连接开发了DOT油管，在车辆运行期间保持联轴器之间基本固定的关系。我们的管材是由尼龙和可在十多种颜色快速识别线。我们的空气制动管生产在a型(单壁挤出尼龙)和类型…< a href = " //www.digmotion.com/dot-tubings-fittings-brake-system-connections/ " class = "联系" >继续阅读<跨类= >“screen-reader-text导油管和制动系统配件连接< / span > < / > < / p > < p >的<一个rel =“nofollow”href = " //www.digmotion.com/dot-tubings-fittings-brake-system-connections/ " >导油管. a>.< a rel="nofollow" href="//www.digmotion.com
We carry DOT Tubing developed for brake system connections that maintain a basically fixed relationship between couplings during vehicle operation. Our tubing is made from nylon and is available in more than ten colors for quick identification of lines. Our Air Brake tubing is produced in a Type A (Single-wall extruded Nylon) and a Type B (Nylon core, Fiber reinforcement, Nylon jacket) tubing. Both Type A and Type B meet specifications SA J844 and DOT FMVSS 49CFR 571.106. In addition, these products are 100 percent pressure tested and operate up to 200°F.
Bryan Hose & Gasket’s DOT tubing and fittings offer the following benefits:
All of our brass push-to-connect air brake fittings meet SAE and DOT specifications. We design our fittings for all DOT and reduce assembly time versus compression style fittings by 90 percent. Our innovated collet design ensures positive grip on the tubing and the rigid stainless steel tube support stays in place for superior side load leakage resistance. Use SAE J844 Type A & B nylon tubing with DOT fittings.
Features/Benefits of Brass DOT Fittings
Brass DOT Fittings have a variety of applications including:
This is just the basics of DOT fittings and tubing. Don’t hesitate to contact us here at Bryan Hose & Gasket for more information or to purchase your DOT fittings and tubing today!
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根据定义，seamless的意思是完全一致的。然而，许多人混淆了术语“”和& # 8220;welded-and-drawn& # 8221;在选择管的时候。无缝管、焊接管和无缝管似乎都是一致的无接缝。然而，仔细观察就会发现显著的差异。我们将讨论这些类型的不锈钢管之间的区别。& # 8230;Stainless Steel tube and Instrumentation from Bryan Hose & Gasket appeared first on Bryan Hose and Gasket :: Blog.
By definition, seamless means “perfectly consistent”. However, many people confuse the terms “seam-free” and “welded-and-drawn” when it comes to selecting tube. Seamless tubing, welded tubing and seam-free tubing all appear to be consistently free of seams. However, a closer look reveals significant differences. We will discuss the differences between these types of stainless steel tubing.
Stainless Steel Round Tubing is common for structural purposes and applications that range from aesthetic to highly functional.
Stainless tubing provides good corrosion resistance, weldability, machinability and can be easily cleaned and sterilized.
Seamless tube is extruded and drawn from a billet. However, welded tube is produced from a strip that is roll formed and welded to produce a tube.
Welded tube is generally less expensive than seamless tube and is readily available in long continuous lengths. Typically, welded tubes go through a debarring process that removes the welded tube a smoother, almost brushed finish look.
Tubes are structural. They are common for structural purposes and utilize outside diameter (OD) measurements.
Conversely, pipes are passageways. Pipes are common to transport gases or fluids and utilize the inside diameter (ID) measurements.
Specific extreme applications will determine the needs for seamless high pressure tubing. In addition, it will discourage the use of welded tube because the designers can’t risk the chance for defect. Major seamless applications consists of the following:
Welded tubing may be specified for applications within the medical device, automotive and appliance industries. While seam-free tubing is a common substitute for seamless tubing in some applications, the products are not always interchangeable. Also, this type of corrosion resistant tubing is the preferable choice in high-pressure applications.
Quality is critical when selecting a type of tube. It is important to consider aspects such as the raw material used, production process and integrity of the mill. Also, raw material should be the highest quality.
Bryan Hose & Gasket is a reputable tubing supplier that fully documents our certifications and exceed ISO 9001 requirements. Additionally, our systems extend to the manufacturing process and allow for quality checks throughout the production of our products.
There are numerous differences between seamless, welded and welded-and-drawn stainless steel tubing. These include complexity of the manufacturing process, cost of the finished product, opportunity for defect and pressure rating. If you are still have questions or are looking to purchase seamless tubing, don’t hesitate to contact us here at Bryan Hose & Gasket with the link below!
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The post 气动配件:规格与材料首先出现在Bryan Hose and Gasket:: Blog.. span
Pneumatic fittings connect sections of pipe, tube and hose in pressurized gas systems. Compared to hydraulic fittings, pneumatic fittings are generally characterized by tighter seals and lower pressure requirements. They are common in pneumatic logic control systems and instrumentation. We will discuss pneumatic fitting specifications and materials.
Once you have determined the type of fitting required, proper sizing can be addressed. Proper sizing is essential to successful fitting selection. This is because oversized or undersized parts will either be completely incompatible or will seal or connect inadequately.
A pneumatic fitting size is defined by the size of vessels it connects to. Sizes for tubes, hoses and pipes use the inside diameter (ID) and outside diameter (OD). Measurements are inches (in) or millimeters (mm). The fitting’s design is ideal for connecting a tube with a 2″ OD have a rating of 2″ OD fitting. Inside diameter measures the diameter of the empty portion of the cylinder. However, outside diameter diameter involves the thickness of the tubing wall.
Pneumatic fittings ratings are usually for specific temperature and pressure ranges for what they can handle.
The working range of pressures or the pressure ratings at which the fitting can operate is the operating pressure range. Generally, measurements are in pounds per square inch (psi). Operating above or below this rating can result in the fitting failing (i.e. break, leak, lose its seal).
The working range of temperatures or the temperature ratings at which the fitting can operate is the operating temperature range. Measurements are in degrees Fahrenheit (°F) or degrees Celsius (°C).
Aluminum is lightweight and corrosion resistant. In addition, it has low tensile strength and is common in low pressure applications for its corrosion resistance and low density.
To improve its strength and hardness, aluminum is alloyed with zinc, copper, silicon, manganese and/or other metals.
Brass is strong, durable and corrosion resistant. Also, it has high temperature ductility and good conductivity, and is is an alloy of copper and zinc.
Brass contains excellent performance properties and machinability. Therefore, it is a common metal for smaller compression and fitting that uses threading, which is typical of pneumatic systems.
Steel is durable and strong with high heat resistance. It is an alloy of iron and carbon. In addition, it is generally alloyed with other metals to improve its resistance to corrosion.
For added rust protection and chemical resistance, galvanized steel contains a zinc coating.
Stainless steel is strong with a great resistance to chemicals and corrosion. Additionally, it is an alloy of steel that contains over 10.5 percent chromium.
This metal has the strength and durability of steel while also providing excellent resistance to corrosion.
Fluororesins such as polytetrafluroroethylene (PTFE) and polyvinylidene fluoride (PVDF) are fluorcarbon-based polymers common for temperature requirements above 500°F (250°C).
Additionally, this plastic exhibits extremely good chemical resistance and dielectric properties.
This thermoplastic material is common for pneumatic fittings because of its price, broad material compatibility and durability. It exhibits great cold flow, bi-axial strength and yield elongation properties.
The use of this material is great for applications with exposure because of its UV, weathering and ozone resistance.
Composite fittings consist of those made from combinations of materials, such as carbon, fiberglass and graphite. Also, they have high melting points and are useful as fittings for applications that require high temperature durability and chemical resistance. These materials also exhibit low electrical and thermal conductivity.
Don’t hesitate to contact Bryan Hose & Gasket with the link below for more information or to purchase your pneumatic fittings today!
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