LPS Bossard Pvt. Ltd.

Many engineers will put great thought into selecting the proper type of fastener for their design but overlook the importance of finish. When selecting the best finish for your fasteners , it is wise to consider the following factors: 1. Safety The incorrect finish could contribute to a failure of the fastened joint 2. Corrosion protection What is the expected service life of the part and the service condition? 3. Resistance to handling damage How do nicks and scrapes from handling and wrenching affect the finish? 4. Criticality of the joint Will the assembly fail if the joint comes loose? What are the consequences of an assembly failure? 5. Functionality Will the finish prevent my fasteners from assembling due to thread or recess fill? 6. Availability Is the finish readily available? 7. Cost Is the finish cost effective for my assembly? There are many exotic coatings which have been developed for specific applications, and more are being added every day. This paper will not attempt to

  The plastic industry has evolved into a realm of limitless possibilities, offering designers the flexibility to create innovative solutions across various applications. With a plethora of plastic types, injection methods, and shapes available, meeting the most demanding industry requirements has become a reality. In this blog, we explore hand-picked solutions that ease the assembly of plastic fabrications , providing efficient and reliable connections. Broaching: Strengthening Connections in Non-Ductile Materials Broaching is a versatile solution suitable for non-ductile materials. It provides a robust threaded attachment point, ensuring a secure and durable connection. The great pullout performance of broaching makes it an ideal choice for applications where strength and stability are paramount. Additionally, it offers low-cost installation options, making it a cost-effective solution for various projects. Inserts for Plastic: Enhancing Anchorage with Safety Inserts for pla

In the intricate world of sheet metal fabrication, precision is key. Light Duty Metal Products , a comprehensive offering for the most demanding and industry-specific requirements, brings forth a range of solutions designed for small and lightweight applications without compromising on performance. From rivets to electrical fasteners, these products cater to a variety of needs across diverse sectors, promising efficiency, safety, and reliability. Products: Rivets or Speed Rivets: ·         Fast and safe one-sided installation. ·         High pull through and shear performances. ·         Boost productivity with speed rivets. Clinching Fasteners: ·         Fast and clean with double-sided access. ·         Available in metric and unified sizes for sheet thickness as low as 0.5mm. ·         Usable on coated surfaces. ·         Flush finish – no protrusion on the backside. Electrical Fasteners: ·         Cable ties guarantee maximum strength and safety. ·       

In this white paper you will learn how two smart inventors changed the business and provided solutions for a completely different way of designing. In the meantime, their innovations have become a standard in many industries, such as in automotive manufacturing and aerospace. The objectives of this article are to provide for an understanding of the challenges design engineers face daily at meeting design requirements with sufficient knowledge and understanding of fastener technologies. Most mechanical engineers will assume that fasteners are easy to come by and rightly so due to the vast availability of manufacturers and services available in the market.  However, a fastener meeting the specific design expectations is a whole different ball game altogether. When assemblies using fasteners are left till the end, often special fasteners will have to be acquired to meet the expectations. The writer will scope this article on the topic of lightweight in association with fastening techno

  Medium Duty Metal Products, a prominent contract manufacturing company, offers a wide array of fasteners for your most commonly made sheet metal fabrications . They cater to a diverse range of industries, such as medical, consumer goods, industrial, and automotive, providing customized assembly solutions to meet various application requirements. In this blog, we'll explore the importance of medium-duty metal products and their applications in industrial settings, including battery boxes, switchgear, printing and imaging, server racks, trailers, and ATM chassis. The Versatility of Medium Duty Metal Products Medium Duty Metal Products play a crucial role in various industrial applications, ensuring that your sheet metal fabrications are not only structurally sound but also assembled with precision and durability. Whether you're in the automotive, medical, or industrial sector, the versatility of medium-duty metal products cannot be overstated. Let's dive into some of th

Hydrogen embrittlement  (HE) of  fasteners  is a silent killer. It is a form of corrosion that occurs when hydrogen atoms are absorbed into the metal, causing it to become brittle and prone to cracking. This can be a serious problem when it comes to the integrity of the fasteners used in critical applications, such as aerospace, automotive, and nuclear industries. What Is Hydrogen Embrittlement? Hydrogen embrittlement is a form of corrosion that occurs when hydrogen atoms are absorbed into the metal. This absorption can cause the metal to become brittle and prone to cracking. The process of hydrogen embrittlement is often referred to as hydrogen-induced cracking (HIC). The process of hydrogen embrittlement is caused by several factors, including the presence of hydrogen in the atmosphere, the presence of water vapor, and the presence of certain chemicals. These factors can cause the metal to absorb hydrogen, which can then cause it to become brittle and prone to cracking. Why Is Hy