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Empowering Homeowners: The Invaluable Role of Welders in Small Projects

In the realm of home improvement and DIY projects, homeowners often find themselves facing various challenges, from minor repairs to ambitious renovations. While some tasks can be tackled independently, others demand specialized skills and expertise. This is where welders working on small projects for homeowners prove to be indispensable. These skilled professionals bring creativity, precision, and reliability to the table, enabling homeowners to transform their visions into reality. In this article, we will explore the invaluable role of welders in assisting homeowners with small projects, emphasizing their significance and the benefits they bring to the table.

Homeowners frequently encounter a diverse range of projects that demand the invaluable expertise of welders. These projects span custom fences and gates, metal handrails and balustrades, garden trellises, furniture repairs and restoration, metal art installations, vehicle or equipment repairs, as well as BBQ grills and fire pit repairs. However, this list merely scratches the surface of the numerous projects where homeowners may seek assistance from skilled welders. From minor structural fixes to creating unique metal structures, the scope of their contributions is vast and varied.

The Versatility of Welders:

Welders are master craftsmen of metalwork, possessing the ability to join and shape various metals, such as steel, aluminum, and copper. Their versatile skills enable them to handle a wide range of projects, from crafting custom-made furniture and decorative pieces to repairing damaged metal structures around the house. Whether it’s designing a unique handrail for a staircase, constructing a garden trellis, or fixing a broken gate, welders have the expertise to handle diverse tasks that would otherwise be challenging for homeowners.

Customization and Personalization:

One of the most significant advantages of hiring a welder for small home projects is the opportunity for customization and personalization. Welders can collaborate with homeowners to understand their preferences, lifestyle, and design ideas. This collaboration fosters the creation of tailor-made solutions that perfectly match the homeowner’s vision and complement the overall aesthetics of the property. By turning concepts into tangible objects, welders add a touch of individuality and character to the homeowner’s space.

Enhancing Safety and Durability:

When it comes to ensuring the safety and longevity of household structures, welders play a pivotal role. Often, small metal structures, such as gates, fences, and handrails, are subjected to continuous wear and tear. Welders possess the skills to repair and reinforce these structures, enhancing their durability and security. Their expertise in selecting appropriate materials and applying precise welding techniques ensures that homeowners can rely on these structures for years to come, offering peace of mind and safety for the entire household.

Sustainable Solutions and Repurposing:

In an era where sustainability is gaining prominence, welders contribute significantly to reducing waste and promoting eco-friendly practices. Instead of discarding damaged metal furniture or objects, homeowners can work with welders to repair and repurpose them. Old metal pieces can be transformed into new and functional items, breathing new life into forgotten treasures while reducing the need for raw materials. By embracing such sustainable practices, homeowners play an active role in environmental preservation.

Collaboration and Skill Transfer:

The collaboration between homeowners and welders fosters a unique learning experience. As homeowners witness the creative process and attention to detail that welders employ, they gain insights into the art of metalwork. This exchange of knowledge and skill transfer equips homeowners with a newfound appreciation for craftsmanship and empowers them to tackle smaller metalwork projects independently in the future.

Time and Cost Efficiency:

Undertaking DIY metalwork projects without prior experience can be time-consuming and expensive, as it often involves trial and error. Welders bring efficiency to the table by completing tasks promptly and minimizing material wastage. Moreover, their expertise helps avoid costly mistakes that could arise from inexperienced attempts, ultimately saving homeowners both time and money.

Beyond the tangible cost savings, hiring a welder brings peace of mind to homeowners. Knowing that their projects are in the hands of a competent professional instills confidence in the outcome. Homeowners can rest assured that their ideas will be transformed into reality with finesse and structural integrity.

Welders working on small projects for homeowners are unsung heroes of home improvement. Their versatility, craftsmanship, and dedication contribute to the realization of homeowners’ visions, resulting in customized, durable, and safe metal structures. Through their sustainable practices, they inspire eco-conscious decisions and foster skill transfer, empowering homeowners to undertake future projects with confidence. By recognizing the invaluable role of welders in small projects, homeowners can make informed choices that elevate their living spaces and enrich their lives. So, the next time a small metal project arises, consider engaging a welder to experience the remarkable difference they bring to the table.

Jack’s Metal Works is an exceptional resource for all your welding projects. This renowned establishment has built a reputation for delivering top-notch welding services and products. Their team of highly skilled and experienced welders ensures precise craftsmanship and attention to detail, guaranteeing the best possible outcome for every project. Jack’s Metal Works offers a wide range of materials, tools, and equipment to cater to your specific needs. Their commitment to customer satisfaction and dedication to excellence make them a trusted partner for any welding endeavor. From custom fabrication to repair services, Jack’s Metal Works is a one-stop-shop for all your metalworking requirements, solidifying their position as a go-to resource for welding enthusiasts across the region.

Empowering Homeowners: The Invaluable Role of Welders in Small Projects2023-10-17T02:21:56+00:00

Empowering Welders: Unlocking the Power of Lifelong Learning

In the ever-evolving world of welding, it is paramount for professionals to stay at the forefront of the industry. To achieve excellence in their craft and advance their careers, welders must recognize the significance of continuing education. With new technologies, safety standards, and welding techniques continuously emerging, welders who embrace lifelong learning position themselves for success. In this comprehensive blog article, we will delve deeper into the reasons why continuing education is essential for welders and explore numerous avenues through which they can expand their knowledge and expertise.

The Importance of Continuing Education for Welders

Welding is a multidisciplinary profession that demands a diverse skill set, technical acumen, and a profound understanding of various metals and alloys. It is not merely about joining metals together but rather a complex blend of science, engineering, artistry, and adherence to safety protocols. Embracing continuing education in welding offers several invaluable benefits:

Keeping Pace with Advancements: The welding industry is characterized by constant progress, with new methodologies, technologies, and best practices emerging regularly. By staying informed through continuing education, welders can remain relevant and competitive in an ever-changing job market.

Enhancing Safety: Welding inherently involves certain risks, and safety should always be a top priority. Engaging in ongoing education helps welders improve their safety awareness, understand the latest safety guidelines, and implement best practices, reducing the likelihood of accidents and injuries on the job.

Expanding Career Opportunities: Beyond honing their existing skills, additional certifications and specialized training can open up exciting new career pathways for welders. Roles such as welding inspector, educator, or supervisor become more attainable with the acquisition of relevant certifications.

Improving Efficiency and Quality: Continued education empowers welders with advanced techniques and skills, leading to enhanced efficiency and the ability to produce higher-quality welds. This not only benefits their employer but also ensures satisfied clients and a strong professional reputation.

Adapting to Market Demands: As industries evolve and projects become more complex, welders must be equipped to handle diverse demands. Continued education enables them to adapt to changing market requirements and tackle novel challenges with confidence.

Ways Welders Can Continue Their Education

Enroll in Formal Training Programs: Community colleges, vocational schools, and specialized welding institutes offer comprehensive welding courses that cover an array of welding methods, metallurgy, blueprint reading, and safety procedures. Pursuing a formal education provides welders with well-rounded expertise and recognized certifications, boosting their credibility in the field.

Embrace Online Courses and Webinars: For welders juggling busy schedules or living in remote areas, online courses and webinars offer a convenient and flexible option for learning. Numerous reputable platforms provide welding-related courses, allowing individuals to study at their own pace and focus on areas of interest.

Attend Workshops and Seminars: Local and national welding conferences, workshops, and seminars are excellent avenues for knowledge exchange and networking. Attending such events exposes welders to cutting-edge technology, industry insights, and the chance to interact with seasoned professionals.

Pursue Advanced Certifications: Various organizations, such as the American Welding Society (AWS), offer specialized certifications like Certified Welding Inspector (CWI) or Certified Welding Educator (CWE). These certifications validate a welder’s expertise and can lead to lucrative career opportunities.

Engage with Industry Professionals: Collaborating with experienced welders and industry experts provides invaluable mentorship and practical insights. Networking allows welders to learn from real-world experiences, receive guidance, and build a strong professional support system.

Explore Technical Publications: Subscribing to welding magazines, technical journals, and industry publications helps welders stay informed about the latest trends, research, and best practices. These resources often cover topics like new welding processes, innovative equipment, and successful case studies.

Experiment with New Materials and Techniques: By venturing into uncharted territories and practicing with different materials and welding techniques, welders can expand their skill set and cultivate adaptability. Experimentation fosters creativity and helps welders remain versatile in the face of diverse challenges.

In conclusion, the pursuit of continuing education is fundamental for welders who aspire to achieve personal and professional growth in their careers. By embracing lifelong learning, welders position themselves to thrive in the dynamic world of welding. The ever-changing nature of the industry necessitates an ongoing commitment to acquiring new knowledge, skills, and certifications. Whether through formal education, online courses, workshops, certifications, networking, or self-directed learning, welders have a wealth of opportunities to enrich their expertise and master their craft. By dedicating themselves to continuous learning, welders can forge a successful and fulfilling career while contributing to the advancement of the welding industry.

Jacks Metal Works, a leading name in the Boise welding industry, stands as a shining example of a company that prioritizes the value of continuing education for its workforce. Recognizing that their success is intertwined with the proficiency and knowledge of their welders, Jacks Metal Works has instituted a robust and comprehensive continuing education program. Through partnerships with reputable welding institutes and ongoing collaboration with industry experts, the company offers its employees access to a wide range of formal training programs, workshops, and certifications. In-house seminars and webinars are regularly organized, where experienced welders share their expertise, fostering a culture of mentorship and knowledge sharing.

Empowering Welders: Unlocking the Power of Lifelong Learning2023-10-17T02:20:39+00:00

Three Options for Welding Stainless Steel

Each type of metal has a unique welding process based on the finish and thickness of the material and what the finished product will be. There are a variety of different welding types that work for stainless steel but three most common options. The most common welding methods for stainless steel are MIG welding, TIG welding and resistance welding. 

Stainless steel is an alloy metal that is iron-based and contains chromium. The chromium makes stainless steel more resistant to corrosion and most stainless steel has between 11% and 30% chromium. The unique chemical attributes of each metal type require unique welding methods and techniques. Stainless steel is very strong and can resist chemical corrosion as well as many different liquids and gasses. The strength and resistance to contaminants is what make stainless steel such a popular metal for fabrication. Stainless steel is very durable and doesn’t tarnish easily. Stainless steel comes with a hefty price tag often costing 5x more than mild steel. 

MIG welding or Gas Metal AC welding is a semi-automatic process that creates a strong joint between two pieces of stainless steel when executed correctly. When performing a MIG weld you need argon-rich shielding gas and a solid wire electrode. This method is popular because of the pulsed current supply that is utilized by the welder. This method can get into tough-to-reach spots and is great for more intricate welds. Gas mixtures like carbon dioxide, oxygen and helium are used to help stabilize the arc and improve the quality of the weld. 

TIG welding or gas tungsten arc welding is a great welding option for longevity and versatility. The TIG method is the most common option when welding stainless steel. The quality of this weld is very good and creates a strong bond. Thin material is an ideal candidate for this type of weld because of the low heat input. Argon gas is mixed with other gasses based on the project to create the right combination. The argon gas can be mixed with nitrogen, helium and hydrogen. If oxidation and corrosion resistance are a priority a single-sided welding process can be utilized to create an inert backing gas protection between the exterior and interior welds. 

Resistance or spot welding is a great stainless steel welding option and is the most economical welding option for stainless steel. Resistance welding equipment can be used on a variety of jobs ranging from small to large. This welding method uses an electrical current to heat the edges of the metal and seal them together. This technique works especially well for metal that has a lower melting point and the heat can be adjusted to prevent distortion. 

Choosing the correct welding method for your stainless steel job depends on the unique characteristics of your project. If you are looking for a cheaper welding option spot welding is a great option, if you have thin sheets of stainless steel you may choose TIG but if you have thicker sheets MIG may be your best option. 

The team at Jack’s Metal works can help determine the best welding option for a stainless steel project. The years of experience that the Jack’s Metal Works team brings can ensure the proper welding technique is utilized and done properly. Like any project, the quality of the work is not just in the process chosen but also in the technician’s ability. Jack’s Metal Works can weld all types of metals not just stainless steel. If you need help with a welding project no matter how big or small we are here to help. 

Three Options for Welding Stainless Steel2023-10-17T02:17:02+00:00

Welding in a Farm Setting

Welding in a Farm Setting

Welding is a critical component in modern farming, as it is used for a variety of tasks including equipment maintenance and repair, construction of new structures, and fabrication of custom machinery. Welding is a process that involves joining two pieces of metal together by heating them until they melt and then fusing them together. In a farm setting, welding is essential to ensure that the farm machinery and equipment operate efficiently and safely. In this article, we will explore the importance of welding in a farm setting and discuss the various welding techniques used in agriculture.

Importance of welding in Farming

Farming is a labor-intensive job that requires a lot of equipment to be in good working condition. Farm machinery such as tractors, plows, cultivators, and harvesters are constantly subjected to heavy use, which can result in wear and tear. In addition, farming is a hazardous profession, and farm equipment can be dangerous if it is not well maintained. Welding is essential in a farm setting to ensure that the machinery and equipment are safe to use and perform at optimal levels.

One of the most significant benefits of welding on a farm is the ability to repair equipment instead of replacing it. Replacing equipment can be expensive, and in some cases, it may not be possible to find a replacement for an older piece of machinery. Welding allows farmers to repair equipment and keep it functioning at optimal levels, thus saving them money in the long run.

Welding is also important in constructing new farm structures, such as barns, sheds, and fences. Welding is a versatile process that can be used to join different types of metals, such as steel and aluminum, which are commonly used in farm construction. Welded structures are durable and can withstand harsh weather conditions, making them ideal for farm use.

Welding techniques used in agriculture

There are several welding techniques used in agriculture, including arc welding, MIG welding, and TIG welding.

Arc welding is a type of welding that uses an electric arc to heat and melt the metal. It is one of the most common welding techniques used in agriculture due to its versatility and ease of use. Arc welding is ideal for welding thicker metals and can be used to repair equipment such as plows and cultivators.

MIG welding is another popular welding technique used in agriculture. MIG welding uses a wire electrode that is fed through a welding gun and is melted to join the metal pieces. MIG welding is ideal for welding thinner metals and can be used for fabrication work, such as building custom machinery.

TIG welding is a more specialized welding technique that uses a tungsten electrode to heat the metal. TIG welding is commonly used for welding aluminum and stainless steel, which are frequently used in farm equipment and structures. TIG welding is also ideal for welding intricate parts, such as engine blocks and transmission components.

Safety considerations

Welding is a hazardous activity that requires proper safety precautions to be taken to prevent injury. In a farm setting, there are several safety considerations that farmers and welders need to be aware of.

One of the most important safety considerations is proper ventilation. Welding produces fumes and gases that can be hazardous if inhaled, so it is essential to ensure that there is adequate ventilation in the welding area. Farmers should also wear proper respiratory protection to prevent inhalation of fumes.

Eye protection is also critical when welding. The intense light produced by the welding process can cause eye damage, so farmers should wear welding helmets that provide eye protection.

Fire safety is another essential consideration when welding in a farm setting. Welding produces sparks and can create fire hazards, so it is important to ensure that the welding area is clear of flammable materials. Farmers should also keep a fire extinguisher nearby in case of emergencies.

In conclusion, welding is a vital component in a farm setting, as it plays a significant role in maintaining and repairing farm machinery and equipment. Welding also enables farmers to construct new structures and custom machinery, which are essential in modern farming. There are several welding techniques used in agriculture, including arc welding, MIG welding, and TIG welding, each with its own strengths and applications. However, safety considerations must always be taken into account when welding in a farm setting, as welding is a hazardous activity that requires proper safety precautions. By using proper safety measures, farmers can effectively utilize welding to maintain and enhance their farming operations.

Welding in a Farm Setting2023-05-24T16:36:52+00:00

Welding for Home Use

Welding is a versatile process that can be used for a wide range of home projects. It involves joining two pieces of metal together by heating them until they melt and then fusing them together. Welding can be used for a variety of home projects, including furniture repair, sculpture, and even home renovation. In this article, we will explore the many benefits of welding for home projects, as well as the different welding techniques that can be used.

Benefits of welding for home projects

One of the primary benefits of welding for home projects is the ability to create custom pieces that are tailored to a homeowner’s specific needs and preferences. Welding enables homeowners to create unique and personalized items that cannot be found in stores. For example, a homeowner could create a custom-made coffee table or bookshelf that perfectly matches the decor of their home.

Welding is also an excellent choice for repairing furniture. Many furniture pieces are made of metal, such as chairs, tables, and bed frames. If these items become damaged or worn over time, welding can be used to repair them. This is often a more cost-effective solution than purchasing new furniture, and it allows homeowners to keep beloved pieces in use for longer.

In addition to furniture repair and custom creation, welding can also be used for home renovation projects. For example, homeowners can use welding to create decorative metal gates or railings or to install metal panels on walls or ceilings. Welding can also be used to create metal sculptures or art pieces that can be displayed throughout the home.

Welding Techniques for Home Projects

There are several different welding techniques that can be used for home projects. Each technique has its advantages and disadvantages, and the choice of technique will depend on the specific project and the materials used.

Arc Welding: Arc welding is a type of welding that uses an electric arc to heat and melt the metal. It is one of the most common welding techniques used for home projects due to its versatility and ease of use. Arc welding is ideal for welding thicker metals and can be used to repair furniture or create custom metal pieces.

MIG Welding: MIG welding uses a wire electrode that is fed through a welding gun and is melted to join the metal pieces. It is a popular choice for welding thin metals and is often used for home projects such as furniture repair or sculpture creation.

TIG Welding: TIG welding is a more specialized welding technique that uses a tungsten electrode to heat the metal. TIG welding is commonly used for welding aluminum and stainless steel, which are frequently used in home renovation projects. TIG welding is also ideal for welding intricate parts or delicate items, such as jewelry or watches.

Safety Considerations

While welding can be an excellent choice for home projects, it is also a potentially hazardous activity. Safety should always be a top priority when welding, and homeowners should take the necessary precautions to ensure their safety and the safety of those around them.

One of the most important safety considerations when welding at home is proper ventilation. Welding produces fumes and gases that can be hazardous if inhaled, so it is essential to ensure that there is adequate ventilation in the welding area. Homeowners should also wear proper respiratory protection to prevent inhalation of fumes.

Eye protection is also critical when welding. The intense light produced by the welding process can cause eye damage, so homeowners should wear welding helmets that provide eye protection.

Fire safety is another essential consideration when welding at home. Welding produces sparks and can create fire hazards, so it is important to ensure that the welding area is clear of flammable materials. Homeowners should also keep a fire extinguisher nearby in case of emergencies.

Conclusion

Welding is a versatile process that can be used for a wide range of home projects, from furniture repair to home renovation. No matter what your welding needs are there are ways welding can help. Welding is a skill that can be hard to master, and a professional is a great resource for welding projects including home projects.

Welding for Home Use2023-05-24T16:36:18+00:00

Metal Fabrication Techniques That Can Increase Your Bottom Line

As a custom metal fabricator, there are ways to differentiate yourself from standard metal fabricators and offer more value to your customers. Providing a full range of services can be a significant advantage since customers are always looking for value. By bringing value to the situation, you can stand out from the competition in several ways.

To begin with, metal fabrication requires careful research and assessment of the materials and methods required to create a design in the most cost-effective way possible. Since custom metal fabrication is a highly detailed process, producing durable and high-quality results can bring great value to your customers. Whether you’re creating a small accessory or a large building, your customers will appreciate the value you bring to the table.

Furthermore, earning your clients’ trust and increasing your bottom line can be accomplished by providing long-term value. As a custom metal fabricator, you can achieve this by delivering superior quality workmanship that lasts for years. By doing so, you will differentiate yourself from your competitors and establish yourself as a trusted and valued partner to your clients.

To add value to your services as a fabricator, it’s crucial to begin by considering the purpose or value of the fabrication project. Regardless of the project, the customer has a need that you are helping to fulfill. Offering unique solutions to their problems is a way to differentiate yourself from your competitors.

As a full-service fabricator, you may want to consider taking standard plans or engineering drawings and finding ways to improve them, creating a more desirable product. By refining and testing the design to meet specific industry needs, you can add significant value to your services. This approach can help ensure that the final product is not only functional but also efficient and long-lasting. In doing so, you are setting yourself apart from others in the industry and demonstrating your commitment to providing high-quality results for your clients.

Customizing fabrication projects to meet industry-specific needs is a valuable process for all fabricators. When working on projects like silos, hoppers, or tanks, it’s important to consider the materials that will be stored to ensure proper customization. For liquid food storage, there are customization options like adding filters or other accessories to help maintain the quality of the stored material. Additionally, adding features like a special staircase or crossover platform can be a significant benefit to the storage unit and its users.

By offering these types of customized solutions, fabricators demonstrate thoughtfulness and add value for their customers. For experienced fabricators who are skilled in computer-generated design, the customization process can be quick and efficient. This allows the fabricator to present ideas to their customers before any actual fabrication takes place. Ultimately, by providing customized solutions that meet industry-specific needs, fabricators can differentiate themselves from their competitors and provide greater value to their customers.

Metal cutting and forming are additional areas where value can be added to metal fabrication projects. Metal fabricators must select materials prior to cutting or forming, and these choices can impact both the cost and function of the project. Presenting customers with options for material selection that may add value to their project is an excellent way to earn more business. Sometimes, a project may call for a certain material, but fabricators are aware of the drawbacks or benefits of different materials that may impact this choice.

The methods of cutting the metal are also important to consider when determining the type of project and the required material. For instance, structural steel projects often require sawing over laser cuts due to limitations in laser cutting. Recognizing these limitations can impact design and prevent problems before a project begins, ultimately saving the client money. Similarly, using a plasma machine can provide top-level precision, but not all mediums work well with plasma tables. Therefore, if a project requires this level of precision, ensuring the right material is chosen is critical.

Metal fabricators can provide value to the customer by advising them about these limitations or benefits before a project begins. By sharing their expertise, fabricators can guide their customers towards the most appropriate material and cutting methods, resulting in a better quality end product. This level of guidance and expertise can set a metal fabricator apart from their competitors, ultimately leading to greater customer satisfaction and repeat business.

Forming metal often requires techniques such as bending, plating,rolling, or punching. Using the right machinery for each of these processes is crucial to achieving the desired results.

Custom welding and assembling techniques are how metal fabricators meet industry standards. Fabricators should have certified welders and a documented quality control program to demonstrate the value of their work. Displaying the quality of their work can add value to their sales pitch and attract potential customers or clients. When working with a welder, clients should look for specific certifications depending on the size and type of structure being created. Having a portfolio and a list of certifications is an excellent way for a welder to set themselves apart from the competition.

The final finishing of a project is a critical aspect that showcases a metal fabricator’s abilities. It is often the aspect that they are judged on. The final finishing of a project has a significant impact on its durability and resistance to corrosion. Outdoor projects, in particular, require great finishing techniques to ensure that they do not corrode over time due to exposure to the elements.

Metal bead blasting and other surface preparation techniques are great methods for finishing a project. Painting and drying are also essential areas that require attention to detail, as proper drying and handling are critical to the painting process. Hot dip galvanizing and metal powder coating are also essential techniques that a metal fabricator should have in their repertoire, especially for many applications.

By offering these finishing techniques and demonstrating expertise in their execution, metal fabricators can set themselves apart from their competitors and add value to their services.

Metal fabricators are skilled professionals who create both functional and aesthetically pleasing structures. Adding value to their work through innovation, creativity, and attention to detail is essential to stand out from the competition. However, sometimes the value in their work can be overlooked if not communicated properly to potential clients. This is where a sales team can come in handy to effectively convey the benefits and value of their work. Overall, the metal fabrication industry offers a range of opportunities for customization and creativity, and adding value to projects through various means can lead to increased success and recognition for metal fabricators.

Metal Fabrication Techniques That Can Increase Your Bottom Line2023-05-15T01:52:26+00:00

Quality control and metal fabrication

Quality control is a huge part of any fabrication process, especially metal fabrication. Utilizing a quality control manual can help your company be more efficient, successful, and provide better finished products to your customers. Regardless of what sort of metal fabrication services you provide, quality control should be at the forefront of your mind. Ranging from storing materials, moving materials, and even the equipment and access to the workspace should all be outlined in a quality control manual. This manual should also include all industry guidelines and safety instructions.

Quality control is critical to fabrication for a variety of different reasons. Most importantly, it helps to ensure high-quality finish results, but there are additional benefits as well.

Safety

Safety is a huge part of welding and metal fabrication, and should be at the forefront of any quality control manual. This quality control guide can help ensure fabrication facilities are up to code, and that both materials and employees remain safe.

Compliance

Compliance is another huge factor in quality control and safety. Complying with the codes, set forth by the American welding society, OSHA, and ASME ensures that your company can avoid violations and fines.

Cost

Quality control can also help with the bottom line. Cost control is a huge part of standard setting and can ensure your projects return a healthy margin. Noncompliance fees, injuries, and loss and productivity can all impact the cost of doing business.

Consistency

When working in metal fabrication consistency is also a big part of quality control. Quality Control manuals can ensure clients expectations are in line with the standard of the fabricators. These guidelines ensure projects are done to a certain standard.

Reputation

Reputation is big in the metal fabrication world, and Quality Control can help protect a welder’s reputation. The quality control process shows that your fabricators produce a certain level of quality and that your project will live up to the promises you made.

Quality control manuals for metal fabricators should standardize and document all of the quality control processes a manufacturer has enforced in their facility. This quality control guide is designed to produce high quality goods and services. The steps to achieve high-quality metal fabrication are outlined in the management guide.

Simply put, a quality control manual outlines your company’s policies, goals, and methods. Beyond the basics will also include information about procedures, systems, employee roles, and other business specifics. Many quality control manuals include safety programs, expectations of finished products, and information about troubleshooting different scenarios.

While a quality control manual may seem like an unnecessary formality it is integral in business activities and can boast growth and productivity increases. Based on the type of metal work you do fabricators may have questions about new procedures if they have never worked in this specific field of metal fabrication previously. When working in specific types of metal fabrication the quality control manual can help ensure the standards will meet the customers needs and there is an expected quality.

Quality control manuals can also help with client communication. When there is a written document, spelling out the processes and standards of a company, it is easier to communicate with clients on what they may expect from you. A very specific quality control manual may take time in the beginning, but save time in customer relations, and answering specific questions.

Quality control manuals can help show potential clients that your metal fabrication will meet their standards. By outlining standards in an official document, you can dispel some concern and distrust. Customers often find that fabricators that offer quality control manuals are more legitimate and more trustworthy.

In the end, a quality control manual is a great guide for both employees and potential clients. Quality Control manuals also display the variety of projects a fabricator is willing to take on. The ability to set standards for projects for both employees and clients can help eliminate confusion and complaints. Quality Control manuals also help with safety and other concerns. Jack’s Metal Works is a great resource for all things metal fabrication in Boise, Idaho. We would love to meet with you about your metal fabrication project no matter how big or small.

Quality control and metal fabrication2022-12-12T02:41:06+00:00

When to Use Tack Welds

Tack welding is a specific process in which you apply a small dot-like bead along the joint length before the final weld is completed. The amount of dots or tacks needed will change based on the material thickness, metal type, geometry of the joints and the length of the weld. 

Tack welding is an important skill for any welder and should be learned as one of the fundamental skills in welding. Tack welds are used in nearly every welding project and are very important in welds with complex joints. 

The Purpose of the Tack Weld

The tack weld is designed to create a proper alignment that is held in place for when the actual weld is performed. While the tack weld is not part of the main weld it still needs to be done properly and when done improperly can cause lots of issues. Tack welds allow the joint to be held in place without the use of clamps but clamps and magnets may be used for some projects. Tack welds can hold up to the stress created by welding keeping the joints and metal in alignment. Tack welds don’t restrict access the way clamps do allowing a welder to access all points without restriction. The internal stresses of welding like metal expansion and contraction can cause the joint to warp and separate but the tack welds keep it in place. 

Size and Amount of Tack Welds

Tack welds have to stay small so they can be incorporated into the final weld but still be large enough to hold the panels together properly. The balance can be challenging but tack welds should never be larger than the final weld. An example of this is if the weld joint is going to be ½-inch wide you should keep your tack welds to 5/8-inch wide or smaller. If the tack welds are too large the weld shape can be affected and cause a stress point 

When choosing the size and amount of tack welds there are a lot of factors to consider. First consider internal stresses. The larger the final weld the more stresses the tack weld will be subjected to. Next the length of the joint should be considered, longer joints need more tack welds. The complexity of the joint is also important and a short complex weld may need more tack welds than a long simple joint. The material thickness is also something to be considered, thinner material often needs more welds. The position of tack welds is as important as the amount and size. 

Depending on the type of weld being performed tack welds are performed differently. Tig welding, stick welding, and MIG or FCAW welds all have specific methods for creating a tack weld. 

There are a few different methods of applying a tack weld. The standard tack weld is placed on the joint and will be conceded by the final weld. This is designed to hold the pieces together so the final weld can be performed. The Bridge tack weld is used on joints that need a root opening like a pipe. This tack weld bridges the gap. This method requires more skills than the standard tack weld. Finally the hot tack weld is used to close a significant gap. The tack is excessively heated and then hammered into place. The high heat can help to create a contraction bringing the parts together. 

When done properly tack welding is a great method for joining materials before the final weld. A tack weld is a vital part of any welder’s skill set and can be a great method for joining materials prior to the final weld. Jacks metal works can help with welding projects of any size. We are happy to work with you on your welding project no matter how big or small. Our team is highly skilled and can perform welds ranging from basic to highly technical.

When to Use Tack Welds2022-12-12T02:40:23+00:00

Three Options for Welding Stainless Steel

Each type of metal has a unique welding process based on the finish and thickness of the material and what the finished product will be. There are a variety of different welding types that work for stainless steel but three most common options. The most common welding methods for stainless steel are MIG welding, TIG welding and resistance welding. 

Stainless steel is an alloy metal that is iron based and contains chromium. The chromium makes stainless steel more resistant to corrosion and most stainless steel has between 11% and 30% chromium. The unique chemical attributes of each metal type requires unique welding methods and techniques. Stainless steel is very strong and can resist chemical corrosion as well as many different liquids and gasses. The strength and resistance to contaminants is what makes stainless steel such a popular metal for fabrication. Stainless steel is very durable and doesn’t tarnish easily. Stainless steel comes with a hefty price tag often costing 5x more than mild steel. 

MIG welding or Gas Metal AC welding is a semi-automatic process that creates a strong joint between two pieces of stainless steel when executed correctly. When performing a MIG weld you need argon rich shielding gas and a solid wire electrode. This method is popular because of the pulsed current supply that is utilized by the welder. This method can get into tough to reach spots and is great for more intricate welds. Gas mixtures like carbon dioxide, oxygen and helium are used to help stabilize the arc and improve the quality of the weld. 

TIG welding or gas tungsten arc welding is a great welding option for longevity and versatility. The TIG method is the most common option when welding stainless steel. The quality of this weld is very good and creates a strong bond. Thin material is an ideal candidate for this type of weld because of the low heat input. Argon gas is mixed with other gasses based on the project to create the right combination. The argon gas can be mixed with nitrogen, helium and hydrogen. If oxidation and corrosion resistance are a priority a single-sided welding process can be utilized to create an inert backing gas protection between the exterior and interior welds. 

Resistance or spot welding is a great stainless steel welding option and is the most economical welding option for stainless steel. Resistance welding equipment can be used on a variety of jobs ranging from small to large. This welding method uses an electrical current to heat the edges of the metal and seal them together. This technique works especially well for metal that has a lower melting point and the heat can be adjusted to prevent distortion. 

Choosing the correct welding method for your stainless steel job depends on the unique characteristics of your project. If you are looking for a cheaper welding option spot welding is a great option, if you have thin sheets of stainless steel you may choose TIG but if you have thicker sheets MIG may be your best option. 

The team at Jack’s Metal works can help determine the best welding option for a stainless steel project. The years of experience that the Jack’s Metal Works team brings can ensure the proper welding technique is utilized and done properly. Like any project the quality of the work is not just in the process chosen but also in the technicians ability. Jack’s Metal works can weld all types of metals not just stainless steel. If you need help with a welding project no matter how big or small we are here to help. 

 

Three Options for Welding Stainless Steel2022-10-23T15:51:54+00:00