The most popular grade in the stainless steel family which is 304 stainless steel plate has a variety of applications in the industry which has made it a widely used material due to its excellent strength and anti-corrosive properties. This guide aims to present a coherent and comprehensive description of 304 stainless steel plates including their elemental chemical composition, mechanical properties, and uses in different industries. Moreover, other topics covered are the benefits of this material over the other grades of stainless steel, the role of surface finishes, and the factors that determine how a particular plate can be applied. By the end of this text, readers should be able to appreciate the fundamental attributes as well as the applicable functions of 304 stainless steel plates, aiding both technical choice-making and material selection.
What is a 304 Stainless Steel Plate?
A 304 stainless steel plate is a metallic flat-rolled product that is composed of iron, 18% chromium, 8% nickel, and trace amounts of other elements such as manganese and carbon. This composition classifies it as belonging to the austenitic stainless steel group. This type of steel is noted for its corrosion resistance, non-magnetic, and high graphene tensile strength. The plate is multifunctional and is ideal for use in areas exposed to environmental stresses including chemicals, temperature, and moisture. The combination of its mechanical properties and workability makes it useful in many industries such as construction, food processing, and transportation.
Composition and Grade of 304 Stainless Steel
304 stainless steel comprises primarily iron and possesses about 18% chromium and 8% nickel, so it is also known as an an18/8 stainless steel, In addition to this composition, trace elements such as manganese (not exceeding 2%), silicon (not exceeding 1%), and carbon (not more than 0.08%) are used for enhancement. Other minor elements such as sulfur and phosphorus are maintained in controlled amounts so that better machinability and structural uniformity are obtained. 304 is a constituent of the austenitic stainless steel family having face centered cubic crystalline structure enabling it to be highly corrosion resistant, anticipated to be ductile and non-magnetic when annealed. Its subordinate designs, namely, 304L (low carbon) and 304H (high carbon) give options for applications where improved weldability or strength at higher temperatures is of necessity. These variants enable accuracy in fulfilling various industrial requirements making 304 stainless steel a much sought-after and reliable material.
Why Choose 304 Stainless Steel for Projects?
When working on projects, I selected 304 stainless steel since I know that it is a good grade because of its high corrosion resistance and can last in harsh conditions. It is also pliable and can be fabricated into numerous applications ranging from structural to complex designs. Also, the range of applications of the material is further expanded as it can endure extreme temperatures, has a non-magnetism feature, and is sanitary which makes it useful in food processing and medical and chemical equipment. 304 stainless sheets of steel are widely recognized for their good balance of performance, durability, and cost, and are therefore used in different industries.
Common Applications of 304 Stainless Steel Plates
Stainless steel plates of the type 304 are well known for their multi-workings in different industries. The application that is high in demand is the one with the food and beverage industry, which requires the use of kitchen appliances, food processing machines, and storage tanks made of materials that do not rust and are easy to clean. In the pharmaceutical industry and the chemical industry too, these materials find great application owing to the high temperature and acid/chemical resistance character of such materials. Because of their aesthetic appearance and a high strength-to-weight ratio, the construction industry also uses 304 stainless steel plates in building exteriors, structural components, and handrails. Other uses include marine applications where its ability to withstand corrosion allows use in salinity; while in the medical field, it is also used to make surgical devices and implants. This blend of versatility and effectiveness emphasizes the broad applicability of 304 stainless steel plates in a variety of industries.
How to Buy and Select the Right 304 Stainless Steel Plate?
Every application has its particular requirements and this significantly impacts the operator who is looking to acquire a 304 stainless steel plate. First, consider the specification that will be needed in terms of thickness, dimensions, and finish for the intended use; thicker plates, as they say, are always better as they provide more strength but other decorative finishes like brushed or polished surfaces can be desirable for their appearance. Also consider the environment to be used including moisture, chemicals, or extremes of temperature, which will play a role in the viability of 304 stainless steel’s corrosion resistance. Ensure that material certificates are present regarding the quality and correspondence with the standard requirements of the industry. Furthermore, obtaining the materials from a well-known supplier is necessary to avoid problems with the authenticity of the products, their prices, and delivery times. It is also a good practice to seek out quotes from several suppliers and seek the advice of professionals in the field to accelerate the process of selecting an appropriate 304 stainless steel plate for one’s project.
Factors to Consider When Buying 304 Stainless Steel
The following main aspects need to be taken into account to ensure that 304 stainless steel can be effectively used for the intended application:
- Material Quality and Certification
As far as 304 Stainless Steel is concerned, it is important to check that the company meets some requirements in the form of certification e.g. Is there any ASTM? Is there an ISO certificate? This type of certification indicates that the material has been thoroughly manufactured and will be able to meet the required standards in terms of chemical composition and mechanical properties, which are essential to ensure performance and durability.
- Corrosion Resistance
Look for the factors that may pose a risk to your environment. It is safe to say that for areas where moisture, chemicals, or saline content is present, the corrosion resistance of 304 stainless steel is fairly outstanding, but understanding its sensitivity to chlorides and other environmental stresses is critical.
- Size, Thickness, and Finish Options
Aesthetics and structure should not be compromised while selecting size and thickness. Real finished products should match such parameters as intended use that, in turn, should be determined by the interrelation of the product’s functional and decorative roles.
- Supplier Credibility
So far as possible, select manufacturers who have a good reputation for product traceability, price adherence, and quality consistency. It helps to cross-check feedback, delivery schedules, and post-purchase communication to avoid nasty surprises.
- Cost and Availability
Send out quotation requests to as many suppliers as possible and consider the availability of materials to eliminate delivery delays. Worry about current market rates that affect stainless steel.
Taking into account all these aspects and industry professionals’ opinions will enable you to choose the best 304 stainless steel type for your project’s requirements.
Where to Buy 304 Stainless Steel Plates Online?
It is important to choose suppliers of 304 stainless steel plates online who specialize in the manufacture of industrial-grade materials and pay attention to quality control. Any purchases should also consider the following crucial factors and technical parameters:
- Reputable Online Platforms
OnlineMetals.com, MetalsDepot.com, and Encore Metals are websites that provide certified materials with the required technical documentation.
These platforms usually have product certifications to guarantee that the ASTM standards for stainless steel sheets and plates, for instance, ASTM A240 standards are adhered to.
- Technical Specifications to Verify
- Grade: 304 (or more commonly as UNS S30400).
- Chemical Composition:
- Chromium (18 – 20 %)
- Nickel (8 – 10.5 %)
- Carbon (< 0.08 %)
- Manganese (< 2%)
- Mechanical Properties:
- Tensile Strength greater than or equal to 515 MPa
- Yield Strength greater than or equal to 205 MPa
- Thickness Range:
- Offers thickness of 0.024 inch (or 24 gauge) plates to 3 inches thick plates as normal practice.
- Finish Options:
- Usually finishes such as thickness 2B, No. 4, No. 8 etc will be offered.
- Shipping and Pricing
Other parameters should be considered when looking for suppliers including, price clarity, discounts on bulk purchases, and shipping procedures. Reliable providers give lead times for delivery and to the specified volume and location give cost estimates for orders.
Having established what these parameters are and having looked at client reviews, getting 304 stainless steel plates with specific parameters that you need for your application should be a walk in the park.
Understanding Price and Stock Availability
While determining the price and stock situation for the 304 stainless steel plates, one should pay attention to the most important points provided by the top three sites which are as follows:
- Pricing Characteristics
In terms of 304 stainless steel plates, the price is different based on the thickness, finishes, and amount ordered. For example, thinner gauges of about 0.024 inches and standard 2B finish are cheaper compared to the thicker ones or the No.8 Polished average finish which On the other hand are much more expensive.
Discounts may be obtained through volume purchases, however, most of the provider’s price charts are supplied per unit because such volume purchases are uncommon. Shipping costs may or may not be included in the pricing.
- Materials Availability
QTY in stock levels is most typically a function of the strength of the market and the nature of the material. Standard sizes should not pose too much trouble to find, such as 0.5” thick plates with a No. 4 finish because such specifications are very common. However other specifications that are less common are much more difficult to obtain and have a long delivery time.
Unless one is certain that the suppliers can provide the latest information on supply levels, it is best to assume that stock levels can be out of date due to the variability of the market.
- Evaluations of Suppliers
OnlineMetals.com however provides all useful information along with a price list and info for easy ordering and shows how standard dimensions and finishes are in stock straight away.
Constant volume purchases by many customers helped MetalsDepot.com remain competitive while promoting its services regularly.
The availability of stocks is made clear and they make arrangements to deal with small and large orders.
AllMetalsInc.com provides information on stock and timelines of delivery to customers, at least in the case of regular industrial-sized orders with ASTM specifications.
By assessing these criteria amongst trusted sources, one can find the most inexpensive and prompt means to procure 304 stainless steel plates manufactured per the requirements of the projects. When ordering in Internet shops, it is better to check availability and prices to avoid possible misunderstandings.
What Are the Benefits of Using 304 Stainless Steel Sheets?
304 stainless steel sheets are very usable and quite rugged for varied applications. Sandwiched material offers extremely high corrosion resistance that makes this material appropriate for moisture, chemicals, or salt-exposed environments while retaining high structural performance over time. Material is very ductile and easily weldable allowing it to be fabricated into diverse shapes and components as needed. Most importantly, 304 stainless steel is highly oxidation-resistant under elevated temperatures which is beneficial in heat-resistant applications. Supplementary, polished surface options and hygienic characteristics further add its use in so many industries like, food processing, medical equipment, and even in architecture. Overall, 304 stainless steel sheets are recommended for their balance of strength, durability, and beauty.
Corrosion Resistance and Durability
The presence of high chromium, nickel, and oxide in 304 stainless steel enhances its corrosion-resisting capacity forming a protective layer on the outer surface which prevents rust and pitting. This is extremely useful in areas that are prone to moisture, acidic, or salty conditions. In addition, it is also able to cope with extensive environmental strain as well as multiple cycles without considerable deterioration of material properties. When installed in units such as sea vessels, chemical processing units, or heavy-duty industrial machines, the material also offers extended life while remaining resistant to rough conditions. Moreover, the oxidation of the 304 stainless steel is prone to occur at the temperature of approximately 1500 °F (815 °C) which allows this material to be used in various heat-resisting environment applications.
Heat Resistance and Industrial Use
Regarding thermal resistance, 304 stainless steel is quite useful as it remains stable and does not oxidize when used at temperatures not exceeding 1500 degrees Fahrenheit or 8153 degrees Celsius. This allows it to be used in optimal conditions such as heat exchangers, furnace parts, and other areas that experience high temperatures. Their application is further supported by the fact that the materials also possess mechanical strength and can resist scaling under thermal exposure for extended periods.
The alloy is so well suited for a range of industrial uses because of the unique properties that it has. Apart from thermal resistance, 304 stainless steel possesses characteristics that are also beneficial in terms of machining, welding, and forming making it a great candidate for manufacturing. 304 stainless steel is extensively used for petrochemical processing, power generation, and food-grade handling systems where strength, hygiene, and durability are essential. Furthermore, they retain their integrity even when subjected to extreme conditions, thus making them suitable for heavy-duty environments. Thus, 304 stainless steel can be regarded as the standard material for construction in heavy-duty industrial applications.
Easy Cut-to-Size Options
304 stainless steel can be easily obtained in custom sizes that are cut to the required specifications for use and make sure that wastage is low. This feature is especially beneficial to industries that specialize in manufacturing and construction that need specific components to be made. The material may be gouged out using dependable techniques like laser cutting, water jet cutting, or plasma cutting as the case may be, depending on the level of precision and edge smoothness that is required. When executing cutting methods, the following key technical issues should be taken into consideration:
- Thickness Range: Most materials are sold in sheet thicknesses between 0.012 inches (0.3 mm) and up to 2 inches (50 mm).
- Cutting Tolerance: In general, they can maintain tolerances of ±0.005 inches (0.13 mm) for precision cutting needs.
- Thermal Conductivity: Provided value causes distortion when computing heat cuts to be 9.4 W/(m·K) at 100 degrees C.
- Melting Point: Capable of operating in extreme conditions with a melting point of 1,400 degrees centigrade (2,550 degrees f).
The parameters outlined allow manufacturers to control the accuracy and the cost to enable efficiency while at the same time protecting the material from being damaged when cut. The parameters indicated above enhance the accuracy of the finished product and considerably swell the capabilities of any device in which the 304 stainless steel part has been applied.
How Does the Thickness of a 304 Stainless Steel Plate Affect Its Use?
Building upon the chemical properties reviewed in this chapter, one cannot but recognize the fact that a34 stainless steel plate thickness has a distinct impact on the mechanical strength, diverse application, and methods of fabrication. High-strength materials are required when using thick plates which makes them suitable for industrial machines, structural members, and pressure vessels. On the other hand, thinner plates are more flexible and are widely used in applications that require lower thickness and a reasonable effort to shape them, for example, automotive components, kitchen machines, or decorative panels. The thickness should be chosen based on the intended load, operating conditions, and expected strength characteristics of the final detail.
Advantages of 3/16 Inch Thickness
Using the 304 stainless steel in a thickness of 3/16 inch offers the required strength-to-weight ratio for various applications. In my experience, this thickness sufficiently meets the strength requirements while at the same time being manageable for projects with moderate load-bearing requirements. It is suited for easy and stress-free welding and fabrication which has already been confirmed by leading sources. The thickness is also suited for such applications as manual handling is possible during manufacturing and construction operations. Any applications requiring a 3/16 inch thickness of 304 stainless steel will find such a thickness to be most useful. Such a thickness will satisfy the strength and machining requirements readily available in moderate load-bearing applications. It bears further merit in construction, automotive, and manufacturing industries where components are required to endure stress yet are easy to weld, fabricate, or machine. The thickness is also ideal where reduced weight is required but such projects should not expect any reduction in core strength. At that particular thickness, 304 stainless steel corrosion resistance capabilities are still maintained providing longevity of the product to be used both indoors or outdoors environments even under moist or chemical exposure.
Impact on Structural Integrity and Weight
304 stainless steel with a thickness of 3/16 inches has reasonably good structural strength and weight across various applications. In my view, this thickness provides a good compromise between strength and workability making it appropriate for uses where load bearing is expected but mass is not an overriding consideration. It enables efficient welding and fabrication processes and does not fail under stress as corroborated by all the leading sources. Moreover, the weight is also convenient for manual operations in the course of manufacturing and construction, further extending its application.
Comparison with Other Thicknesses
When considering a 3/16 inch thickness of 304 stainless steel about other standard thicknesses, several factors including strength and weight differ significantly. Utilizing thinner gauges for instance 1/8 inch (0.125 inch) results in significant weight savings and allows flexible bending for designed patterns most suitable in ornamental as well as lightweight structural applications. However, this has a dire consequence of lower load-bearing capacity or the likelihood of undergoing deformation during stress.
On the other hand, higher thicknesses like 1/4 inch (0.25 inch) would be the ideal figures since these properties offer great strength and persistence on a sharp heavy stress or impact. These situations are usually the case in most industrial settings or high-load situations such as heavy machinery, pressure vessels, or marine environments. Nevertheless, the increased thickness adds weight which may make handling and transportation more difficult or cause a reduction in formability, making machining or welding more arduous.
In the case of the 3/16 inch thickness, the average balance is struck at slightly more than the average balance and therefore has a useful weight to strength to workability ratio. This balance allows it to be most sought after in general applications in various industries as it provides sufficient stability and is easier to work on and fabricate than using much thicker materials.
What Do Customers Say About 304 Stainless Steel Plates?
In this situation, 304 stainless steel plates are often recommended by customers due to their reliability and diversity of uses. Many of them thank them for their corrosion resistance useful in moist, chemical, or high-temperature environments. Users also praise the material for its ease of construction since it is readily cut, welded, and formed into specific requirements for a project. Furthermore, the smooth polish finish is quite often referred to by people as an important advantage in practical as well as cosmetic applications. In summary, customers tend to appreciate 304 stainless steel plates for their strength, low service frequency, and suitability for different industries.
Customer Feedback and Reviews
Satisfaction on the other hand has been received from customers relating to the long lasts and performance of the plates made of 304 stainless steel. The users’ feedback asserts that they have very good resistance to corrosion occurring in difficult situations such as marine environments (chloride environments) or industrial environments rich in alkalis and acids. The chromium and nickel which are between 18-20 % and 8-10.5 % respectively are said to influence the properties of the 304 stainless steel.
Users have also pointed to the fact that the material is easy to work with because this is normal in terms of welding and machining. It has a tensile strength of around 73200 psi (504 MPa) and a yield strength of about 31200 psi (215 MPa) which makes it strong but manageable for several projects.
There is also frequent mention of the beauty of the #4 polished finish when applications can not only be functional. Its low maintenance, high strength properties, and heat resistance of 1500°F (815°C) enhance its application applications even more. In conclusion, 304 plates are considered by customers as reliable and multifunctional products in various industries such as industrial, commercial, and even aesthetic spaces.
Common Complaints and Praises
Complaints
Most users admire 304 stainless steel plates, however, a few drawbacks have been mentioned by the customers. One common problem is the pitting and crevice corrosion in moderate to high chloride environments like seawater. The corrosion resistance of this grade is good in most applications but can be less effective with aggressive environments compared to 316 stainless steel. A further defect recorded is the loss of strength of the material at elevated temperatures above 1,500°F (815°C) where oxidation resistance may be compromised.
Moreover, users sometimes raise their concerns over the pricing, especially for carbon steel and other stainless steel products which are lower in nickel content. Although 304 stainless steel does indeed have a high level of durability, it is on the more expensive side which is not always ideal for cash-strapped projects. Fabricators have also sometimes averred that even though the material is machinable, it might be more instrumental in tool wear when compared to the softer metals which could impact overall production costs.
- Praises
The most recognized and well-liked feature of the material is its ability to resist corrosion since it works well in many atmospheric and chemical environments. Reviews are noting its rust-proof performance when this coating is used indoors or in slightly corrosive environments. A material’s easy machinability and weldability are often mentioned, allowing its processing without problems using different standard operations like TIG, MIG, or resistance welding.
The ability of the material to be used in various applications is another feature that has earned it some praise. Aesthetic polish options such as the #4 satin finish enhance the appearance of 304 stainless steel plates which are perfect for architectural structures and kitchen appliances because of their modern attractive appearance. High temperature stability of up to 1500 degrees Fahrenheit (815 degrees Celsius) and low maintenance requirements have been noted as reasons for its durability and low lifecycle expenses thus making it popular in various industries such as construction and food processing.
The technical parameters that are most appreciated include:
- Tensile Strength: Approximately 73,200 psi (504 MPa)
- Yield Strength: Approximately 31,200 psi (215 MPa)
- Chromium Content: 18-20%
- Nickel Content: 8-10.5%
- Max Operating Temperature: Up to 1500 degrees Fahrenheit (815 degrees Celsius)
To sum up the review, 304 stainless steel plates are regarded by customers as comprehensive materials that are reliable and easy to use. and in most cases, their advantages outweigh the disadvantages of using the material in different projects.
Why Feedback Matters for Sellers
Feedback and improvement are two words that go hand in hand. Customer feedback is probably the most important thing for sellers as an avenue to improve their products, production techniques, and even how to meet their customers’ specific needs. It is also important for the sellers to know what praise and what complaints are out there to make the postulations better and ensure standardization of the 304 stainless steel plate products with their intended use. This also assists in providing more information on tensile stress, resistance, thermal capabilities, and other valuable attributes that require development.
As an Irish example, perhaps to make it stronger for more strenuous applications, when engaging with sellers, buyers look for places to make a change in the composition or to upgrade to grade 316 since it has more chloride resistance. Surface finishes of the surface finish specification are polishes that cover the holes causing a feedback incorporation to a great extent which determines does the covers maintain both properties.
Specific examples are production volumes from the sellers marketing of certain technical parameters known in the feedback for example tensile strength 73200 psi, and thermal resistance 1500 F which are used in chromium and nickel characterized ranges in the layers and received the feedback from the application. This method not only builds confidence but also enhances competitiveness in the market as well.
Where is 304 Stainless Steel Available?
In my search for trustworthy vendors and distributors who sell 304 stainless steel, I also take into consideration such aspects as the reputation of the business, product offerings, and user ratings. A comprehensive website such as OnlineMetals.com focuses on convenience by providing accurate custom sizes and quick delivery. Ryerson also has much to be desired– in addition to a wealth of stock, its size can address many needs and its staff can offer appropriate counsel on these matters. In contrast, Metal Supermarkets can be appreciated for their worldwide presence and specialization in small buyer orders, being adaptable to projects of differing size scales. By weighing these alternatives, I guarantee that I have a dependable supplier who can deliver quality while also being able to meet project specifications. a304 stainless steel is quite extensively distributed and available through a network of suppliers such as industrial distributors, online metal dealers, and specialized manufacturers from all over the world. This is a common material that most metal suppliers carry because of its wide spectrum of uses, making it a popular item in the market. Restrictions in availability in the market can also reflect certain shapes and forms of the material which may include sheets, plates, bars, pipes, and coils which are tailored to specific end-use needs. 304 stainless steel meets stringent dimensional tolerances making it possible to manufacture both standard and nonstandard products that are suitable for application in any industry.
Finding Reliable Sellers and Suppliers
While choosing dependable sellers and suppliers for 304 Stainless Steel, I have regard for the reputation of the sellers, the variety of products they offer, and the reviews from their customers. For instance, an impressive platform such as OnlineMetals.com is great because custom cuts are incorporated and delivery is not a hassle. In the same vein, Ryerson is also remarkable because they have a large selection of materials as well as technical assistance for a wide range of applications. Moreover, other suppliers such as Metal Supermarkets, have the advantage of international coverage and specialize in small quantity orders tailored for different project sizes. With these considerations in mind, I avoid making a hasty decision to pick a supplier who is categorically pleasing in every expectation but only meets a few standards.
Global Availability of 304 Stainless Steel
Due to its wide range of use and American ASTM A 240 and A 276 standards, grade 304 stainless steel is highly recognized and used worldwide. It is produced and sold throughout North America, Europe, Asia, and the Middle East to meet industrial and commercial needs. The international supply system is supported by major production centers in China, India, and the USA, which supply global needs to sustain demand.
Technical parameters during the acquisition of 304 stainless steel grade include the following specs:
Chemical Composition:
- Chromium (18-20%),
- Nickel (8-10.5%),
- Carbon (Max 0.08%),
- Manganese (Max 2.0%),
- Silicon (Max 1.0%),
- Phosphorus (Max 0.045%),
- Sulfur (Max 0.03%).
The tensile strength of SST 304 is as follows:
- Mechanical Properties: 304 Series
- Tensile Strength (PSI): 75,000 min
- Yield Strength (PSI): 30,000
- Elongation in (inches) 2” – 40
Corrosion resistance for A 304 SST:
- Across oxidation and corrosion of mild chemicals, moderate atmospheric exposure, and freshwater environments these environments show good resistance.
Thickness – 304 SST, Steel products are available in the following forms:
- Sheets, plates, coils, bars, pipes, wire, and other custom fittings.
Considering and comparing these parameters should ensure businesses comply with the material returns to operational needs and international criteria standards.
Shipping and Delivery Considerations
In the transport and distribution of 304 stainless steels, it is necessary to adopt a systematic disposition so that the qualities of the materials are upheld. Concerns of note include;
- Logistics Planning: Engage the services of a competent logistics firm that has dealt with the shipment of industrial materials before. Using a carrier, it is preferable to select those who provide specialized shipping services such as express or bulk transport for specific timelines or budgetary limits.
- Packaging. Standards: Use appropriate packaging techniques and materials such as wooden crates, steel strapping, and protective wraps on the steel for safety and to secure the speed of delivery causing the materials to sustain any physical harm such as scratches or dents in transit.
- Compliance with regulations: Ensure that the shipment and documents such as bills of lading, certificates of origin, mill test reports (MTRs), and other pertinent documents comply with international trade procedures, including customs.
- Tracking and Monitoring: Harness technology to track the shipment and delivery of goods so that the communication process with the clients is timely and there is no delay in the processes.
- Lead Times: Make sure that the lead times supplied by the suppliers are within the production timeframes. The most common lead time is dependent on the location of the targeted market, the complexity of the order and the type of 304 Stainless Steel specified.
These factors are crucial in upholding the quality and ensuring that the deliveries are timely which enables the companies to manage their supply chain processes effectively.
References
Frequently Asked Questions (FAQ)
Q: What is a stainless steel plate 304 – 3/16 inch?
A: A stainless steel plate 304 – 3/16 inch is a metal product offering good resistance to many industrial atmospheres. It is a versatile item often used in various applications, including construction and manufacturing.
Q: What are the main applications of a stainless steel plate 304?
A: Stainless plate 304 is commonly used in applications that require corrosion resistance, such as dairy equipment and chemical treatment facilities. It is also favored for its durability in the construction of tubes and structural components.
Q: Can the stainless steel plate 304 – 3/16 inch be cut to size?
A: Yes, the stainless steel plate 304 – 3/16 inch can be cut to size to meet specific project requirements, making it a highly versatile product for many applications.
Q: What finishes are available for stainless steel plate 304?
A: Stainless steel plate 304 is available in a mill finish, which is the raw finish provided by the steel mill. This finish is often sufficient for many industrial uses, but additional treatments can be applied depending on the desired appearance and application.
Q: Is stainless steel plate 304 – 3/16 inch resistant to high temperatures?
A: Yes, 304 SS offers good resistance to heat, making it suitable for applications that involve hot environments or exposure to high temperatures.
Q: Are there any safety warnings associated with using stainless steel plate 304?
A: Yes, this product may expose you to chemicals known to the state of California to cause cancer, birth defects or other reproductive harm. For more information, visit www.p65warnings.ca.gov.
Q: How should I store stainless steel plate 304 – 3/16 inch?
A: To maintain its integrity, store stainless plate 304 in a dry environment, away from exposure to chemicals or moisture that could cause corrosion.
Q: Why is stainless steel plate 304 a favorite choice among manufacturers?
A: It is favored for its combination of corrosion resistance, durability, and versatility. These properties make it a high-quality choice for many industrial applications, providing long-lasting performance in harsh environments.
Q: What is the highest temperature stainless steel plate 304 can withstand?
A: Stainless plate 304 can withstand temperatures up to 870°C (1600°F) in continuous service and up to 925°C (1700°F) in intermittent service, making it suitable for high-temperature applications.
Q: Can stainless steel plate 304 be used in food-related applications?
A: Yes, due to its corrosion resistance and non-reactivity, stainless steel plate 304 is often used in food processing and dairy equipment, ensuring safe and sanitary conditions.