All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(34 products available)
Ready to Ship
Strauss single wire clamps
Strauss single wire clamps for pipes are used to support and fix a single pipe, tube, hose, or wire. Mostly made of stainless steel, these strongly resist corrosion and are thus recommended for use in corrosive environments. They are used in many applications that require fixing a single wire or tube to a surface to ensure stability and a long wire or tube's lifespan. Common applications include electrical work, instrumentation, construction, marine, and transportation.
Strauss double wire clamps
Strauss double wire clamps support and secure two wires side by side. Double clamps are commonly used in operations requiring the concurrent and steadying of two lines, such as in the transportation of fluid via dual piping systems. This kind of clamp is the best solution when it's needed to reduce displacement and carry out synchronization between two connected elements. As with a single wire clamp, double wire clamps find their applications in construction, transportation, marine, and industries requiring corrosion resistance properties.
Strauss rubber clamps
Strauss rubber ratchet straps incorporate an elastomer component of a metal bracket to hold a hose, tube, or pipe in place while providing some cushioning. The metal portion supplies strength, while the rubber gives protection by absorbing impacts and vibrations, as well as preventing the metal from corroding. Rubber clamps perform well in industries where parts are exposed to dynamic loads, causing bending, vibration, or torque. This includes automotive, aeronautical, marine, and machinery. The rubber and metal combination also lends this type of clamp well for use in systems that require temperature control, as the rubber can help in thermal insulation.
Strauss saddle clamps
Strauss saddle clamps are used to protect a pipe or hose from over-bending or collapsing. The saddle portion of the clamp is a more robust piece than the regular clamps and is better able to distribute the load along the length of the pipe. Made usually of stainless steel or other resilient materials, they are found useful in critical applications involving high pressures or temperatures. The saddle also comprises cushioning elements such as rubber or plastic to lessen contact wear with the protected item. Common applications of saddle clamps are found in construction and heavy machines, aerospace and defense system maintenance, and other related industries.
Corrosion-resistant materials
Strauss clamps are produced using resilient materials, mainly stainless steel, aluminum, and plastic composites, which aptly resist corrosion. Stainless steel is applied due to its strength, ductility, and endurance of chemical and environmental factors like moisture and salt. Plastics may also be non-conductive and lightweight, having thermal resistive properties. Aluminum strikes a balance as a lightweight, durable metal but affordable under certain conditions. Strauss' commitment to using these materials means that its clamps ensure a longer lifespan in both environmental and application-specific dimensions.
Vibration-dampening design
Strauss clamps are equipped with vibration dampers that minimize their level. Vibration and dynamic load transfer from a moving apparatus can lead to fatigue and, eventually, breakdown of materials. Many types of Strauss clamps contain rubber or elastomeric elements that act as isolators, absorbing and dissipating the energy transferred from vibrating parts to the fixed elements. This feature is especially important in automotive, aerospace, and machinery applications, as the dampened vibration ensures enhanced safety and stability and increases the lifespan of the installed components.
Heat resistance
Strauss clamps perform under very high and low temperatures across several industries, including aerospace and automotive. These are made of metals and plastics that have been specially formulated to sustain extremely high and low temperatures without deforming, weakening, or losing their original grip. Great temperature resistance prevents failure or damage in systems subject to thermal cycling, such as in motors or in piping systems carrying hot or cold fluids. Thus, Strauss clamps are critical in providing solutions where thermal extremes warrant concerns for safety and functionality.
Load distribution
The design of Strauss clamps allows them to effectively spread any load applied to the pipe or tube, effectively protecting it from damage due to compression or tension. These special clamp shapes let them transfer stresses from one concentrated area to a broader region of the controlled item. This mitigates critical stresses in sensitive areas and minimizes the odds of bending, fracturing, or corrosion. Load distribution is an important feature for applications in industries such as construction and heavy transport, where pipelines or tubes will experience significant mechanical forces.
Saddle and rung clamps in marine works
Strauss clamps, including saddle and rung-type, are widely used by naval industries due to their properties of supporting pipes and wires under corrosive conditions. They are used in the installation of piping systems in ships, submarines, and other vessels, requiring pipes such support under the long run of engineering systems. These clamps increase the lifespan of the vessels by aluminum or stainless steel to resist salty water, thus ensuring safer operations.
Pneumatic tube installation in medical facilities
In the hospital and other medical facility applications, Strauss clamps are used to install pneumatic tubes for medication transfer. Due to its essential nature, the clamp needs to support the piping system, which includes vibrations, changes in temperature, and an environment that can cause possible corrosion. The vibration-dampening and load-distribution features of Strauss clamps help protect the pipes from excessive motion and assure a free and safe flow within the tubes, which is critical for medication delivery.
Automotive industries
Strauss clamps are popular in automobile industries, which are better off executed with better strength and reduced dynamic loads. Rubber and adjustable pipe clamps are commonly fitted to pipes, hoses, and wires to minimize vibration transfer and heat. As a result, Strauss clamps improve overall vehicle durability and functionality and are employed in various other related transportation systems, such as aircraft and trains.
Strauss clamps in construction industry
In the construction industries, Strauss clamps are fundamental for the installation of piping systems and electrical wiring. These include saddle, rung, and adjustable clamps that support each other and secure pipes and wires against seismic and thermal forces, withstanding the loads and pressures of both the system and the surrounding structures. Because of the robust nature of construction work, stainless steel objects commonly used for Strauss clamps help ensure longer-lasting reliability.
Material Selection
Dense marine quality stainless steel, rubber, or plastic for pipe saddle or rung clamps. Strong and corrosion-resistant clothes, such as 304 or 316 grade stainless for marine use, would be super for corrosive surroundings. Stainless steel is usable in industrial and construction applications due to its high strength. It is lightweight, and non-corrosive, ideal for electrical and low-tech applications. Plastic clamps are less conductive, cheaper, and lighter for such applications.
Load capacity and clamp size
Select load-bearing Strauss clamps strong enough to sustain their intended application. Consider the size of the pipe/ hose/ tube/ electrical conduit/ wire to ensure compatibility. Proper sizing is crucial as it prevents excessive strain on the clamp or system components. Refer to the charts or guidelines provided by the manufacturer upon determining the load capacity and size required.
Flexibility and heat tolerance
In applications with temperature changes, select a hose clamp that sustains flexural and tensile strength changes. It is also critical in engine and aerospace applications where the clamp must sustain great variations in temper. Rubber-encased or cushioned clamps provide enhanced flexibility and protection from vibration besides temperature changes. These are great for auto and industrial products.
Vibration resistance
In applications with much vibration, such as vehicle and machinery components, seek clamps with vibration absorption or dampening elements, including rubber or elastomeric components. Vibration can eradicate pipes and wires; thus, herculean 'glue' will extend its life within the systemic environment.
Installation and adjustability features
Adjustable Strauss clamps come in handy to compensate for possible pipe expansion or contraction. The basic principle of installed water coolers, combined with an easy fit mechanism, will help cut down labor time. Further, the provisions for mounting options will also help ensure easy and secure fittings. Properly designed clamps encourage proper and smooth installation with less effort.
Compliance with standards
Ensure the clamp complies with industry-specific regulations, especially common in the aviation or shipbuilding industries. The clamps generally meet the required performance and safety standards, making them suitable for use in critical applications.
A1: Strauss clamps secure and support pipes, tubes, wires, and other related items in multiple engineering and construction-type applications. Designed as saddles, rungs, or adjustable clamps, they maintain the element in a stable position while withstanding bend, compress, and tensile forces, thermal expansion, vibration, and corrosion.
A2: While both serve to support components, there are differences: A clamp encircles or holds a hose, pipe, or wire to support it; a bracket is a supporting structure attached to a surface to hold up an item, be it shelves, equipment, or other assemblies. In other words, clamps are for enclosing elements, while brackets are for open support.
A3: Houghton adjustable strap nails down a flexible hose for a secure fit. This prevents fluid leaks and will either allow or deny hose displacement. They apply where a hose is connected to an engine or under pressure to ensure a proper seal and the effective operation of the system.
A4: Each Strauss clamp carries a specified load-bearing capacity depending on the type, material, size, and specific application. Usually, they are used to support mechanical structures consisting of lighter components such as pipes, tubes, and wires.
