#Silicon Carbide Mechanical Seal Suppliers

[ebarapump]

Seal Technology in Ebara Stainless Steel Pumps

Seal technology plays a critical role in ensuring the reliability, efficiency, and safety of Ebara stainless steel pumps across diverse applications. Here's how Ebara integrates advanced seal technologies to enhance pump performance and longevity:

1. Shaft Seals:

Ebara pumps feature high-performance shaft seals to prevent leakage and ensure containment of fluids within the pump casing. The seals are designed to withstand high pressures, temperatures, and chemical exposure encountered in various applications.

Double mechanical seals or tandem seal configurations are commonly used in Ebara Pumps to provide redundancy and enhance sealing integrity, reducing the risk of product leakage and environmental contamination.

2. Material Selection:

Ebara selects seal materials based on compatibility with the fluids being handled, as well as resistance to abrasion, corrosion, and chemical attack. Common seal materials include carbon, ceramic, silicon carbide, and various elastomers.

Seal faces and components are precision-engineered and manufactured to tight tolerances to ensure proper fit, alignment, and sealing performance under operating conditions.

3. Seal Lubrication and Cooling:

Ebara pumps incorporate lubrication and cooling systems to maintain optimal conditions for shaft seals during operation. Lubrication prevents excessive wear and friction between seal faces, while cooling helps dissipate heat generated by friction and fluid agitation.

Some Ebara pumps utilize a barrier fluid or buffer fluid system to provide lubrication and cooling to the seal faces, enhancing seal performance and longevity in demanding applications.

4. Seal Monitoring and Condition Monitoring:

Ebara pumps are equipped with seal monitoring and condition monitoring systems to detect early signs of seal wear, damage, or degradation. Pressure sensors, temperature sensors, and vibration sensors are used to monitor seal performance and identify potential issues.

Advanced diagnostic algorithms and predictive analytics are employed to analyze sensor data and provide real-time insights into seal condition, allowing for proactive maintenance and preemptive seal replacement before catastrophic failure occurs.

5. Environmental Sealing and Containment:

Ebara pumps feature environmental sealing and containment measures to prevent product leakage and protect surrounding equipment and personnel from exposure to hazardous fluids. Lip seals, labyrinth seals, and gland packing are used to seal pump shafts and prevent fluid ingress or egress.

Seal chambers and housings are designed to contain any potential leaks or spills, minimizing environmental impact and ensuring compliance with safety regulations and standards.

6. Customized Solutions and Application-Specific Seals:

Ebara offers customized seal solutions and application-specific designs to meet the unique requirements of different industries and applications. Specialized seals, coatings, and materials are available for handling aggressive fluids, high temperatures, and challenging operating conditions.

Ebara collaborates with customers to develop tailored seal configurations that optimize performance, reliability, and longevity in specific applications, ensuring optimal sealing performance and process efficiency.

Seal technology is a vital component of Ebara stainless steel pumps, ensuring reliable containment of fluids, preventing leakage, and protecting pump components and surrounding equipment. By integrating advanced seal technologies, Ebara pumps deliver superior performance, durability, and safety across diverse applications, meeting the stringent requirements of industries such as water treatment, chemical processing, and food production. For more info contact Ebara Pump Suppliers in UAE or call us at +971 4 2522966.

[partsseals]

This is the first of the four possible leak paths

　　An Outside Seal reverses the orientation of the stationary face as shown above and locates the rotating unit on the shaft outside the stuffing box gland. Seal Flexibility Options Any axial or radial movement of the shaft, will require some flexibility from the spring(s) in order to keep the faces closed. One of the most important things to remember about mechanical seals is that they are purchased by two different types of customer. These are still in popular use, and have been augmented by stainless steel, tungsten carbide and silicon carbide..Once referred to as the "black box" inside a pump that no-one really understands, the mechanical seals are that other part of the process pump that is constantly failing.

The last two are jointly referred to as the "Tertiary Seal", and each one comprises a fairly simple sealing challenge as there is no relative motion between the two parts involved. The rotating face is secured to the pump shaft while the stationary face is held in the gland. This is the first of the four possible leak paths that must be secured. The more popular arrangement positions the seal inside the stuffing box. This simplifies installation and saves maintenance man hours. This seal flexibility is usually supplied by a single large spring, a series of small springs, or a bellows arrangement. Balancing mechanical seals reduces the closing force which tends to lower wear rate and the temperature buildup, thus extending the life of the Cartridge Seals Manufacturers seal.

The seal manufacturers; installation instructions must also be carefully followed to ensure that the seal faces are suitably protected and precisely located. In traditional seal designs the springs were applied to the rotating face, but more recent designs apply the springs or bellows to the stationary face of the seal. Basic Operation Mechanical seals operates by having two flat faces running against each other. Although this requires disassembly of the pump wet end to carry out any maintenance on the seal, the main advantage is that it is possible to control the seal environment inside the stuffing box. As the seal faces are machined to a high degree of flatness accuracy, very careful handling of these faces is essential during installation. In fact, it is now quite common to find both stationary and rotating faces of mechanical seals having some kind of flexible mounting arrangement.

This flexibility however can only be carried to a certain degree, and the mechanical condition of the pump plays an important role in the reliability of the seal. The others are shown in Figure 2, and are, between the Rotating Face and the Shaft, between the Stationary Face and the Gland, and between the Gland and the Stuffing Box. The Seal Faces For many years, the most popular combination of seal face material was the carbon rotating face running on a ceramic stationary. On the other hand, the majority of pumps are purchased on the basis of "low bid" and the pump supplier is constrained by that short term budget This means that the end user must know which seal is needed for the particular application as indicated below.

To help alleviate that unworthy accolade we must understand the most important aspects of the mechanical seals. An Unbalanced Seal exposes the full cross-sectional area of the rear of the rotating face to the stuffing box pressure and creates a relatively high closing force between the seal faces. While they both share a desire to ensure that the seal "works", the two groupstend to have different priorities when selecting a seal. It also requires a knowledge of the important aspects of mechanical seals and their operation as part of the pump. The end user generally considers reliability, ease of installation, availability, flexibility, and other factors important to the long term operation of the whole plant

[bnmechanicalseal]

One of the important things when picking a Vertical Pump Seal

Silicon Carbide Mechanical Seal Suppliers

A few Important Considerations When Buying a Vertical Pump Closure

If you're looking for a replacement top to bottom pump seal, you've come to the right location. Here are three important considerations when investing in a Vertical Pump Close up:

The seal have to be precise. The gap between the 2 seal faces need to be large enough for any liquid to stream through but small enough to prevent the entrant associated with any contaminants. The gap can be as small as one micron, which is about 75 times smaller than a human hair. So that they can prevent contamination, the seal should prevent excessive leakage and permit the lubricating liquid to get rinsed through some sort of cooler or orifice dish. This mechanical seal cooling can be essential for lessening the fluid heat and minimizing coking.

Another consideration will be the size of this seal blade. A mechanical seal is far more flexible than the equivalent hydraulic close up, but the former can often be more durable. ANY mechanical seal, by way of example, can withstand big shaft movements along with particles without sacrificing suction. This signifies that a hydraulic pump can continue to function effectively despite if excessive wear. The size from the seal blade relies on the flow rate in the fluid, but some sort of mechanical seal will probably resist even increased vapor tensions, plus it will handle loss resistance quickly and completely.

The pump's BEP flow is going 8, 750 m3/h. The rated point flow is about 95 percent with BEP flow. The pump's efficiency on the rated point is approximately 85 percent. The head rise to shutoff is going 26 percent, that makes it suitable for this kind of service. These specifications are just a number of the benefits of with a Vertical Pump Close up. If you're in search of a replacement Directory Pump Seal, consider these benefits:

One of the important things when picking a Vertical Pump Seal is a material. Water that is certainly low in abrasiveness can still work with a ceramic face. As soon as water temperature variations dramatically, the face in the seal will erode or swell on account of heat. If that seal is impregnated along with salts, the seal will degrade sooner rather when compared with later. A carbon/graphite face is superior to nothing, but it is expensive and could possibly be harder to substitute.

A mechanical seal is a good option whenever you prevent leakage throughout high temperatures. In the vertical turbine pump, the two looks are connected by way of shaft that is actually rotating. Typically, the rotating face is definitely protected by bendable "boots. " These boots are made of elastomer, but may be made of metallic bellows or Teflon. Nonetheless, a Teflon seal is hard to install, so if you're purchasing a new vertical pump motor, make sure to do your research 1st.

A vertical generator pump is difficult to spot, specifically because it's listed below the floor. Even so, a Silicon Carbide Mechanical Seal Suppliers damaged base or wear happens to be can significantly lessen the pump's performance. If you're interested in the cost, look at rebowling. If that shaft has essential wear, it's effortless to replace the rebowling. A rebowling may restore performance along with lower operating expenses. You'll love the new performance and lessened operating costs.

[thehomosapien7495]

How A Mechanical Seal Prevents Pump Leakage?

Leakage may occur in pumps for various reasons. But, this issue has to be addressed soon to prevent the leak from happening further. The leakage can cause not only corrosion of the casing material but also the bearing. If corrosion is not handled, the damage is likely to occur to the pump. Besides, a short circuit in the motor is likely to arise from the leakage.

Naturally, these issues are most likely to impede the functioning of the pump. Eventually, the pump may stop working. Most firms thus spend huge money to fix the problem of liquid leakage. But today, there are new devices that have been improvised to help in leakage prevention. There are numerous mechanical seal suppliers but you should find the right one to make sure that the products you are buying are authentic. 

Mechanical shaft seals for pumps are sealing devices related to the contact type of seals with a pair of friction surfaces of two parts. One part is mounted on the shaft and is movable. The other stationery is located in the pump casing. The rubbing pair of the device operates in conditions of pressure drops with minimum consumption of lubricants. The lubricant in these devices is often a compacted medium.

How A Mechanical Seal Prevents Pump Leakage?

A mechanical seal has seal heads that are positioned flat against each other in the seal chamber located between the motor and volute. An actuator like spring is used to press the heads close to each other.

The rotating motor is usually inserted in between the two ringed faces and then attached to the impeller. When the motor shaft rotates, the seal which is on the upper side rotates with the shaft, whereas the bottom seal remains stationary.

Therefore, this action helps in creating a sealing interface that aids in keeping the water in the volute and also hinders the leakage. A small amount might escape the seals, but it will act as a lubricant for the seal. Besides, it will evaporate.

In general, a mechanical shaft seal for the pump has two rings:

Fixed ring

A movable ring located on the shaft

One of the rings can axially move due to the presence of an elastic pressing element (spring). This element, together with the push sleeve and the movable ring, form an axial-movable block or pinch assembly. They provide a contact of the end surfaces in the conjugation of the movable and fixed rings of the pair without the compressive force of the medium pressure.

The primary sealing seal is achieved using two very flat polished surfaces that create a complex path perpendicular to the leak path (prevent leakage). The rubbing contact between these two flat surfaces minimizes leakage. As with all seals, one surface is fixedly mounted in the housing, and the other is movable and rotates with the shaft. One of the surfaces is usually made of wear-resistant material, such as carbon graphite. The other is usually made of a relatively resistant solid material such as silicon carbide. Dissimilar materials are typically used to prevent these two surfaces from coming in contact.

Mandatory parts of the mechanical seals’ shaft for pumps are seals between the rotor and the rotating block, between the housing and the stator block. The design includes elements for fixing the sealing rings (drive pins, set screws), which drive the movable ring and prevent rotation (angular displacement) of the fixed ring relative to the housing.

Mechanical seals operate under various conditions in terms of pressure and shaft speed; the degree of their load may be different. For generalized operating conditions of the seals, it is proposed to use the product of two parameters: the differential pressure on the seal and the sliding velocity in the friction pair.

If you need the best mechanical seals to prevent leakage of your pump, then opt for Trisun Mechanical Seals. The seals will serve you for a long time, and besides, they are pocket-friendly.

[shaftcopperz-blog]

The paint also has certain exhaust properties.

The surface is generally smooth, mainly pear-shaped, round or oval. The shape is needle-shaped, tadpole-shaped, spherical, pear-shaped and so on. Therefore, the melting temperature should be strictly controlled, especially for non-ferrous alloys. (2) Minimize the amount of gas generated from paint, sand core, and metal mold (core). ⑦ Refining or degassing with hexachloroethane or argon. Its characteristics and formation reasons are the same as the subcutaneous pores, which are usually exposed on the surface of the casting, and can be removed after mechanical processing of 1-2 mm. Suitable for gray cast iron, nodular cast iron, aluminum alloy, copper alloy and small cast steel parts. ② The melting temperature should not be too high. (3) Air pocket (air pit surface air hole): a smooth air hole is recessed in the surface of the casting., and preheated before use. The worse the grade, the lower the mechanical properties of the casting and the worse the corrosion resistance and surface quality.

Formation mechanism The casting mold of low-pressure casting is basically sealed, and the liquid metal filling mold is relatively fast, and the gas is too late to be discharged. Practice has proved that the aluminum alloy smelted by these furnaces has less gas content and impurity content. Prevention of precipitating porosity ①The metal raw materials and regrind should be dry, free of rust and oil, etc. If you use resistance reverberatory furnace, far-infrared heating furnace, or even smelting with oil or gas reverberatory furnace. Reticulated pinhole. It is usually found after machining or heat treatment.1. Precipitation: That is, the gas in the aluminum liquid is not completely removed, and it precipitates during the solidification process. ③The melting time of any kind of metal should be shortened as much as possible, in order to prevent the smelting of too long time increases the intake of liquid metal, a factory produces aluminum iron manganese brass castings, 2. ② Reticulated pinholes:

These pinholes are densely connected in a low-power microstructure to form a network, with a small number of large holes, it is not easy to count the number of pinholes, it is difficult to measure the diameter of the pinhole, often with a tip , Commonly known as "flies feet". Point-shaped pinholes are formed by bubbles that precipitate out when the casting is solidified, and most of them occur in castings with a small crystallization temperature range and good shrinkage ability, such as ZL102 alloy castings. The paint also has certain exhaust properties. That is, the reasonable pouring process of gravity casting: pouring temperature, mold temperature, pouring speed, pouring time, etc. (6) Surface pinholes: dispersed pores distributed in groups on the surface of the casting. 3. (7) Choke fire (choke hole): a large amount of gas generated during the casting process cannot be smoothly discharged, boiling occurs in the molten metal, resulting in a large number of pores in the casting, and even defects such as incomplete casting. The equipment developed and produced independently by our unit is advanced, the imported inspection instruments are complete, and the output of environmentally friendly casting filters has reached the advanced level at home and abroad! Various models of steel water filter, copper water filter, hot metal filter, aluminum water filter, aluminum alloy special filter are available from stock! Our company is a professional manufacturer of casting filter nets. When the melting time is restored, the gas tightness of the casting is all qualified, which fully shows the effect of the brass gear Suppliers melting time on the gas tightness of the casting. ⑤The surface of metal type and cold iron should be smooth and clean, and used after drying. For an alloy with a wide crystallization temperature, the gas precipitated during the slow solidification of the casting is distributed on the grain boundary and the developed dendrite gap. (3) Invasive pores: These pores are distributed in the upper part of the casting, and the pores are large and smooth. for exhaust . This will result in less metal uptake, the reason is that the contact area and time of the charge and air are reduced. ②The mold and core should be preheated first, and then sprayed with paint. The price is low, the specifications are complete, the quality is excellent, the size can be customized and supplied in a timely manner, welcome to come to order by letter. Reaction: Types, cores, cold iron, paint, etc. ③Mixed pinholes:

This kind of pinholes are mixed with dotted pinholes and meshed pinholes, and are commonly found in castings with complex structure and uneven wall thickness., product quality is reliable, reputation is guaranteed, look forward to working with you! Langyashan brand cast filter, high temperature environmental protection casting protector. When the pinhole level allowed by the technical conditions of the casting is not reached, the casting will be scrapped, in which the mesh-shaped pinhole cuts the alloy matrix, which is more harmful than the point-shaped pinhole. They vary in size and depth. ① Point-shaped pinholes: These pinholes are dot-shaped in a low-power microstructure, with clear outlines and not connected to each other, which can count the number of pinholes per square centimeter and measure the diameter of the pinholes. It filters and purifies all kinds of metal melts, effectively removing bubbles, ash oxides, and various debris and other harmful impurities in the metal melt, thereby fundamentally eliminating the castings. The higher the melting temperature of the molten metal, the more the amount of gas (mainly hydrogen) dissolved in it. (1) Precipitation of dissolved gas in the molten metal-Precipitating pores (pinholes), the gas contained when the metal is melted. ③ The paint cannot be polished after spraying. The surface of the stomata is smooth, showing silver-white (cast steel), bright or dark metal color. Intrusion: The gas in the cavity did not exit the mold in time, but invaded into the casting. (2) Wet core, paint, cold iron with unclean surface, pouring gas generated after heating-reactive pores (subcutaneous pores), pores generated by chemical reaction between the wall material and liquid metal or inside liquid metal . ④The sand core must be thoroughly dried before use. 2. Gas eyes, slag holes, and sand holes greatly improve the yield of castings, improve the internal quality and appearance quality of castings, and improve the economic benefits of enterprises. Features (1) Porosity: Pore defects formed by gas inside the casting. The rising speed of the molten metal is generally controlled at 50mm/s. Where the paint falls off, it should be re-sprayed immediately. At this time, the crystallization stock price has been formed, and the shrinkage channel is blocked, and it is formed on the grain boundary and the dendrite gap. (4) Choose the appropriate filling speed, and strive to fill the metal liquid smoothly to prevent the gas from getting involved. (2) Subcutaneous pores: scattered pores located under the skin of the casting. This type of pinhole is easily distinguished from shrinkage and shrinkage. Prevention and control measures (1) Strictly implement the smelting operation regulations, avoid metal liquid inhalation, and carefully degas. According to the characteristics of castings, considering the filling situation of castings, choose a reasonable exhaust position and different exhaust measures: exhaust groove, exhaust sheet, exhaust needle, exhaust plug, exhaust hole, etc. It forms a gas hole or a pinhole in the casting. Such pores often appear in aluminum alloy castings, which are very harmful to the performance of castings. (2) Reactive pores: These pores are evenly distributed on the contact surface between the mold wall and the casting. It is a reactive porosity produced by a chemical reaction between the molten metal and the sand mold (mold, wet core, paint, cold iron with an unclean surface). ④As far as possible, the alloy containing aluminum should not be smelted in a power-frequency furnace, because this furnace has a very strong stirring ability, and aluminum is easily oxidized into Al2O3 when contacted with air, and enters the liquid metal to become slag, which also provides gas precipitation opportunity. After finishing, they must be thoroughly dried before they can be used. 4. (3)

The gas in the cavity is not discharged out of the mold in time-invasive air hole (single air hole), due to the unreasonable design of the casting process, such as the exhaust of the mold or core, or due to careless operation, If the gas is blocked during pouring (the pouring speed is too fast), the gas in the cavity is caused by being held in the casting. mainly produces Langyashan brand casting filters, molten steel filters, molten iron filters, copper filters, aluminum filters, silicon carbide ceramic filters, zirconia ceramic filters, alumina ceramics Filter, special aluminum alloy filter, casting filter production equipment, etc. Generally, it is not exposed on the surface of the casting, large holes often exist in isolation, and small holes appear in groups. ⑤When feeding, the materials with low melting point should be put in first, and the materials with high melting point should be put in order. Choose a coating with good quality and small amount of gas, and fully dry the casting and core coatings. (5) Pinhole: It is generally the precipitating pore with the size of the needle distributed on the cross section of the casting.zhuzaoguolvwang. contain substances that react with aluminum liquid to generate gas. (4) Air shrinkage pores: cavity-like casting defects formed by the combination of disperse pores, shrinkage pores and shrinkage shrinkage. When the liquid metal is cooled and solidified, the gas is precipitated due to the decrease of the gas solubility, which is too late to eliminate, causing pores in the casting .5h melting out of the furnace, pouring castings The air tightness is all qualified; however, the castings cast after being melted out of the furnace after 6h are all scrapped due to the unqualified air tightness under the premise of unchanged process. Prevent reactive pores ① The type of paint should be selected properly, and the amount of gas generated by the paint should not be high. When the solidification speed is faster, ZL105 alloy castings that are far from the eutectic composition will also have dot-shaped pinholes.com. Classification (1) Precipitated pores: These pores are evenly distributed near the gate, riser, hot joint and other areas with high temperature. The pores are small and scattered, and often coexist with shrinkage pores. ⑥Liquid metal should be slag removed immediately after degassing, and then poured, not to stay too long to prevent re-inhalation. (3) Improve the exhaust conditions of the mold and core

[partsseals]

This seal flexibility is usually supplied by a single large spring

On the other hand, the majority of pumps are purchased on the basis of "low bid" and the pump supplier is constrained by that short term budget This means that the end user Silicon Carbide Inserts Manufacturer must know which seal is needed for the particular application as indicated below. It also requires a knowledge of the important aspects of mechanical seals and their operation as part of the pump. To help alleviate that unworthy accolade we must understand the most important aspects of the mechanical seals. Balancing mechanical seals reduces the closing force which tends to lower wear rate and the temperature buildup, thus extending the life of the seal. The rotating face is secured to the pump shaft while the stationary face is held in the gland. Basic Operation Mechanical seals operates by having two flat faces running against each other. The last two are jointly referred to as the "Tertiary Seal", and each one comprises a fairly simple sealing challenge as there is no relative motion between the two parts involved. In traditional seal designs the springs were applied to the rotating face, but more recent designs apply the springs or bellows to the stationary face of the seal.

An Unbalanced Seal exposes the full cross-sectional area of the rear of the rotating face to the stuffing box pressure and creates a relatively high closing force between the seal faces. In fact, it is now quite common to find both stationary and rotating faces of mechanical seals having some kind of flexible mounting arrangement. The end user generally considers reliability, ease of installation, availability, flexibility, and other factors important to the long term operation of the whole plant. This simplifies installation and saves maintenance man hours. These are still in popular use, and have been augmented by stainless steel, tungsten carbide and silicon carbide. As the seal faces are machined to a high degree of flatness accuracy, very careful handling of these faces is essential during installation.

This seal flexibility is usually supplied by a single large spring, a series of small springs, or a bellows arrangement. While they both share a desire to ensure that the seal "works", the two groupstend to have different priorities when selecting a seal. Seal Flexibility Options Any axial or radial movement of the shaft, will require some flexibility from the spring(s) in order to keep the faces closed.. One of the most important things to remember about mechanical seals is that they are purchased by two different types of customer. The others are shown in Figure 2, and are, between the Rotating Face and the Shaft, between the Stationary Face and the Gland, and between the Gland and the Stuffing Box. An Outside Seal reverses the orientation of the stationary face as shown above and locates the rotating unit on the shaft outside the stuffing box gland.

Once referred to as the "black box" inside a pump that no-one really understands, the mechanical seals are that other part of the process pump that is constantly failing. This flexibility however can only be carried to a certain degree, and the mechanical condition of the pump plays an important role in the reliability of the seal. Although this requires disassembly of the pump wet end to carry out any maintenance on the seal, the main advantage is that it is possible to control the seal environment inside the stuffing box. The seal manufacturers; installation instructions must also be carefully followed to ensure that the seal faces are suitably protected and precisely located. The Seal Faces For many years, the most popular combination of seal face material was the carbon rotating face running on a ceramic stationary. This is the first of the four possible leak paths that must be secured. The more popular arrangement positions the seal inside the stuffing box

[thehomosapien7495]

All You Need to Know About The Mechanical Seal

A mechanical seal is a seal that is used in rotating equipment and provides sealing of a shaft. The mechanical shaft seals for pumps help in transferring mechanical energy from an electric motor of the pump to the working body of the mechanism. That is, where it is necessary to separate the two media and ensure minimal leakage.

Initially, stuffing boxes were used in such devices. Starting from the second half of the last century, mechanical seals began to replace stuffing boxes in most of the manufactured equipment successfully. There are several reasons for this:

A sharp decrease in the cost of maintenance and repair;

Reduced friction and loss of pump power;

Reducing the degree of wear of the shaft surface;

Minimization or complete absence of leaks of the pumped liquid;

Ability to operate equipment at high pressure and in aggressive environments;

Design

Given the functions and purpose, the elements of mechanical seals can be divided into the following groups:

Constructive elements: case, springs;

Primary seals - friction pairs: movable and fixed rings;

Secondary seals: O-rings, L-shaped seals, wedge-shaped gaskets, bellows, gaskets.

The primary seal

This is a friction pair of two rings of mobile and stationary from various materials (graphites, metals, carbides (tungsten carbide, silicon carbide, etc.), ceramics, plastics). To ensure the necessary contact between the rings, conical, parallel, wave springs, spring blocks, or elastic bellows are used. During operation, hydraulic forces act on the end surfaces and, at a positive pressure of the medium being sealed, tend to compress friction pairs.

Secondary seals

These are also movable and fixed seals. They seal all joints of the mechanical seal with the body and shaft in the equipment sealing chamber. A fixed secondary seal, as a rule, seals the stationary ring with the machine body, and the movable ring with the shaft. A movable secondary seal provides a seal between the movable ring and the shaft or body of the mechanical seal. Secondary seals are made from various types of elastomer for specific operating conditions.

Structural elements

The case, springs, retaining plates for springs, etc. are made mainly of steel grades 301, 304, and 316, which is a standard material for normal conditions. However, given the unprofitable phenomenon of steel relaxation, at temperatures above 250 ° C, it is advisable to use Hastelloy or Inconel alloy as a material for elastic elements.

Double mechanical seals

There are tasks where the pump requires complete tightness; even the slightest leak is unacceptable. In this case, you can use pumps with magnetic coupling, but those may have limitations that still force the use of mechanical seals. For example, pumps with magnetic coupling are extremely bad at the presence of solid particles in the pumped medium.

It is advisable to get the best mechanical seal suppliers who will guarantee you high-quality products. Finding fake ones will supply you with inferior products that will not last. Therefore, you may opt for the best mechanical seal suppliers in UAE who deliver quality products.