Stainless Steel Bolt

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We are engaged in offering Stainles Steel 316 Bolts to our clients. Our range of all products is widely appreciated by our clients.

Product Details:

We are engaged in offering Stainless Steel 904l Bolts to our clients. Our range of all products is widely appreciated by our clients.

Product Details:

We are engaged in offering Stainless Steel 304 Bolts to our clients. Our range of all products is widely appreciated by our clients.

Product Details:

The different composition, production methods and other mechanical and physical properties all matter. The SS 304 hex bolt is the most used in terms of the material grade as the 304 is a basic austenitic stainless steel with chromium and nickel composition. The torque strength is also good. The next most used is the ss 316 hex bolt due to the added corrosion resistance as it has molybdenum added to the content. The length of the bolts can range from 1 inch to 24 inches depending on the standard and application type. Some applications demand Stainless Steel heavy hex bolt due to the heavy load bearing nature. The bold diameter can range from ½ inches to 2 ½ inches depending on the standards such as the hex bolts din 933. The different standards are useful to maintain a universal measurement and identification of the bolts as they are used in different applications. The thread types, lengths, widths, head and other properties of the bolts vary with different standards such as the hex bolts din 931. The bolts are also specified for different applications such as fittings and flanges. There are differences to suit the connection types such as the hex flange bolts and hex fittings bolts. The fasteners also come with different standards for different use cases. To have an international measure, there are ISO numbers to indicate the types such as the hex bolt iso 4014. Please feel free to contact us for more information and pricing of the hex bolts and other types of fasteners.

Additional Information:

• Delivery Time: READY STOCK
• Packaging Details: AS PER STANDARD

Product Details:

The different composition, production methods and other mechanical and physical properties all matter. The SS 304 hex bolt is the most used in terms of the material grade as the 304 is a basic austenitic stainless steel with chromium and nickel composition. The torque strength is also good. The next most used is the ss 316 hex bolt due to the added corrosion resistance as it has molybdenum added to the content. The length of the bolts can range from 1 inch to 24 inches depending on the standard and application type. Some applications demand Stainless Steel heavy hex bolt due to the heavy load bearing nature. The bold diameter can range from ½ inches to 2 ½ inches depending on the standards such as the hex bolts din 933. The different standards are useful to maintain a universal measurement and identification of the bolts as they are used in different applications. The thread types, lengths, widths, head and other properties of the bolts vary with different standards such as the hex bolts din 931. The bolts are also specified for different applications such as fittings and flanges. There are differences to suit the connection types such as the hex flange bolts and hex fittings bolts. The fasteners also come with different standards for different use cases. To have an international measure, there are ISO numbers to indicate the types such as the hex bolt iso 4014. Please feel free to contact us for more information and pricing of the hex bolts and other types of fasteners.

Additional Information:

• Delivery Time: Ready Stock
• Packaging Details: As Per Standard

Product Details:

A low-carbon, high-alloy austenitic stainless steel designed with a major focus on its non-magnetic and highly stable matrix. It features a rich composition of 25% nickel, 20% chromium, 4.5% molybdenum, and an intentional $1.5\%$ addition of copper.

Monel 500 bolts (universally known as Monel K500 bolts) are precipitation-hardenable nickel-copper mechanical fasteners engineered for applications demanding a combination of high structural strength and marine corrosion resistance. Certified to international manufacturing specifications including ASTM F468 (Grade N05500) and ASTM B865 (for age-hardened bar stock), and tracked under UNS N05500 / W.Nr. 2.4375, these fasteners are derived from the basic Monel nickel-copper matrix but are enhanced with approximately 2.8% Aluminum and 0.5% Titanium. These additions form sub-microscopic gamma-prime ($\gamma'$) intermetallic precipitates ($\text{Ni}_3\text{Al,Ti}$) throughout the microstructure during age-hardening thermal processing.

Titanium Grade 5 bolts represent the primary alpha-beta structural titanium alloy used for demanding mechanical joints requiring high load-bearing capacity and minimal mass footprint. Certified to international specifications including ASTM F468 (Grade Ti-5), ASTM B348, and AMS 4928, and identified under UNS R56400 / W.Nr. 3.7165, Titanium Grade 5 (also known as Ti-6Al-4V) contains 6% Aluminum as an alpha stabilizer and 4% Vanadium as a beta stabilizer. This microstructural configuration allows the fasteners to be heat-treated to achieve exceptional mechanical properties while maintaining a low structural density of $4.43\text{ g/cm}^3$.

High performance-Zirconium 704 (UNS R60704) chemical processing and pressure containment vessels designed exclusively for handling highly aggressive, high-temperature industrial chemical matrices that rapidly erode conventional stainless steels and alternative nickel superalloys. Formulated with a specialized zirconium-tin alloy matrix (approximately 1.0% to 2.0% Sn), this material offers significantly enhanced structural yield strength and creep resistance at elevated temperatures compared to unalloyed zirconium, while maintaining elite corrosion defense. Fabricated in strict accordance with international pressure vessel guidelines such as the ASME Boiler and Pressure Vessel Code (BPVC) Section VIII, Division 1. It forms a continuous, dense zirconium dioxide passivation barrier upon exposure to oxygen, providing total protection against localized pitting and stress corrosion cracking ($SCC$) in boiling hydrochloric acid, nitric acid, and organic waste streams. Vital for global applications in large-scale chemical processing plants, urea processing loops, and nuclear fuel storage installations.

Titanium grade 7 nut bolt consists of high-reliability structural fasteners machined from Grade 7 titanium, a specialized alloy containing a precise addition of palladium ($0.12\%\text{ to }0.25\%\text{ Pd}$). The palladium content provides a massive boost to the material�s chemical defense, making it uniquely capable of resisting crevice corrosion and pitting in highly aggressive, fluctuating reducing-to-oxidizing acid environments. These fasteners are an international standard across the chlor-alkali sector, desalination facilities, and pharmaceutical blending lines to ensure structural joints never suffer from localized acid attack.

Titanium grade 9 Nut Bolt refers to heavy-duty fasteners fabricated from Grade 9 Titanium ($Ti-3\text{Al}-2.5\text{V}$), an advanced alpha-beta alloy often referred to as "half-Grade 5" titanium under ASTM B348. This alloy bridges the gap between the high strength of Grade 5 and the excellent formability of commercially pure grades, offering significantly higher tensile strength than Grade 2. These fasteners are heavily relied upon by international motorsport teams, high-end bicycle manufacturers, and aerospace firms to secure structural joints where extreme weight reduction and high structural fatigue life are mandatory.

Zirconium 704 Block is a solid, heavy-gauge raw material block composed of Zirconium Grade 704, an engineered alloy containing small, precise additions of tin and iron ($Zr-1.5\text{Sn}$). This alloy offers enhanced mechanical properties and superior creep resistance at elevated temperatures compared to pure zirconium, while retaining incredible resistance to highly corrosive environments like organic acids and caustic chemicals. This heavy block is highly coveted by specialized global machining centers to carve out custom heavy-duty pump casings, complex chemical agitator hubs, and custom process valves for severe-service che

904L Fasteners are high-strength, non-magnetic threaded clamping components (including heavy hex bolts, nuts, studs, and socket screws) precision-machined from a highly alloyed austenitic stainless steel (UNS S08904) designed to maintain structural joint integrity in heavily reducing acidic environments. The metallurgical hallmark of Grade 904L is its substantial addition of copper (1�2%) integrated into a high-nickel, high-chromium matrix, granting these fasteners exceptional resistance to aggressive mineral acids, most notably warm solutions of sulfuric, phosphoric, and acetic acids. Furthermore, they offer far superior resistance to chloride-induced localized pitting and crevice corrosion compared to standard Type 316L hardware. Forged and certified to meet rigid international fastner specifications such as ASTM A193/A194 and ASME B18 metrics, 904L fasteners provide long-term clamping loads without hydrogen embrittlement or structural thinning, making them the premier choice for international chemical reaction vessel flanges, fertilizer plants, and paper pulp bleaching equipment.

Stainless Steel 904L bolts are fully austenitic high-alloy mechanical fasteners designed for service in aggressive reducing chemical environments. Precision-manufactured to meet international specification frameworks such as ASTM A276 (for bar stock configurations) and ASTM F593 (under specific high-alloy definitions), and identified under UNS N08904 / W.Nr. 1.4539, the metallurgical structure consists of approximately 20% Chromium, 25% Nickel, 4.5% Molybdenum, and 1.5% Copper, with Carbon strictly controlled below a maximum ceiling of 0.020%.

Engineered specifically for high-stress and extreme thermal processing environments, our structural Inconel 800 (UNS N08800) heavy-duty nuts and bolts are precision-machined to prevent thread-galling, structural joint relaxation, and component failure. The material utilizes a stable iron-nickel-chromium matrix with approximately 30�35% nickel and 19�23% chromium, providing the ideal mechanical balance required to maintain high tensile yield properties under intense pressure. These fasteners offer practical immunity to chloride-ion induced stress corrosion cracking and deliver long-term protection against high-temperature oxidation, carburization, and localized sulfidation. Designed to maintain tight dimensional tolerances during continuous or cyclic service at temperatures reaching 600�C and higher, they are the industry standard for securing high-heat infrastructure, including industrial cracking furnaces, power plant superheater elements, petrochemical heat exchangers, and heavy-wall pressure vessel assemblies.

Inconel 600 nut bolt refers to high-strength industrial fasteners manufactured from a classic nickel-chromium alloy, engineered to satisfy strict high-temperature specifications. These fasteners maintain excellent tensile strength and oxidation resistance from cryogenic temperatures up to $1095^\circ\text{C}$, and they are virtually immune to chloride-ion stress-corrosion cracking. They are heavily utilized across global industries to securely clamp structural components inside industrial heat-treating furnaces, heavy chemical processing reactors, and nuclear steam generators where standard steel fasteners would quickly fail or deform.

The Stainless Steel 904L plug is a specialized heavy-duty fluid control component constructed from a high-alloy austenitic stainless steel renowned for its unmatched resistance to severe reducing environments. Containing substantial additions of nickel and chromium, supplemented with molybdenum and a precise amount of copper, 904L (UNS N08904) provides exceptional resistance to strong acids, particularly sulfuric acid across a wide range of concentrations and temperatures. Unlike standard stainless steels, its low carbon content virtually eliminates the risk of carbide precipitation during thermal operations, thereby preserving intergranular corrosion resistance. This plug is an essential component in global industries such as phosphate and fertilizer production, petrochemical refining, paper pulp processing, and pharmaceutical manufacturing. It is engineered to international tolerances under ASME, EN, and DIN standards, providing an airtight, leak-resistant closure for piping networks and pressure vessels handling highly volatile media. The non-magnetic nature and excellent formability of 904L ensure that the plug retains its physical and metallurgical stability during prolonged exposure to aggressive chemical compounds and high ambient hea