The Expert Team puts together their know-how and application experience in fastening especially for you. 
Have a look at these interesting white papers.

Selecting a fastener finish

7 tips to select your fastener finish

Surface treatment plays a significant role in choosing the right fasteners. This white paper will investigate the six most-used coatings (zinc electroplating, zinc/nickel plating, mechanical zinc plating, zinc flake coating, hot dip galvanizing and epoxy coating) using seven criteria.

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Surface Finishing in Stainless Steel

Importance of surface finish in stainless steel 

This white paper will show the importance of passivation, polishing medium and surface profile on the corrosion resistance of stainless steel. In addition, it will also demonstrate the importance in obtaining a correct specification of architectural features where cosmetic appearance is a dominant factor. 

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Lightweight and the daily challenges of design engineers

With the increased importance of lightweight construction, designers face the challenge of additional holes needed for assembly. These not only affect the design, but also impact the maximum possible load. Proven Solutions already exist!

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The notion of "appearance" incoatings

The notion of "appearance" in coatings

Corrosion-resistance, strength, stability. In addition to these classic properties of mechanical connections, often an additional aspect plays an important role: Aesthetics. 

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7 criteria to prevent material fatigue

Material fatigue is defined as an accumulating degradation of material caused by dynamic stress with amplitude below the tensile strength limit. Considering the possible danger which material fatigue represents, design engineers should pay a lot of attention to every single aspect related to dynamic loads. This white paper will show how a design engineer should decide when dynamic loads are expected and which criteria the fastener or any other part should meet.

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metallic hardness measurement

Hardness measuring techniques and the application at fasteners

The subject of hardness and hardness measurement practice is, simply said, a mature technology. This paper will provide a glimpse of the prevailing practices in the fastener industry and share the experiences in the hope that the use of material hardness results will be used in an appropriate manner.

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heat treatment of fasteners

The usage of lead as addition to metals and its consequences

The purpose of this white paper is to provide information on the usage of lead as addition to various metals as well as the alternatives and their consequences. Together with information about the requirements of applicable industrial standards, it is intended to display the current situation on the market.

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heat treatment of fasteners

Which fasteners need a heat treatment?

Heat treatments allow, on the one hand, only certain processing methods for materials. On the other hand, they are used to increase mechanical strength (ductility) and, for some alloys, corrosion resistance. In this white paper, you will learn about important facts on heat treatment of steels as well as aluminium and non-ferrous alloys, their classification and their relevant mechanical characteristics.

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Why friction in screw connections is crucial for process capability

«Lean Production» is the current trend and represents even leaner and more target-oriented processes. Solutions for higher efficiency, lower consumption and longer service lives are being researched worldwide. When assessing new materials or processes for surface treatment or finishing, tribological properties such as friction, lubrication and wear are almost always a factor.

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DIN 7500

DIN 7500 – the first choice fastener for many situations

The DIN 7500 standard was first published in the late seventies and has been updated a number of times since. Simultaneously with the publication of DIN 7500-2 “guideline values for hole diameters” the standard for screws was named DIN 7500-1. However, most often the screws are just referred to as DIN 7500. Discover the reason why DIN 7500 screws have greatly increased in popularity over the years and continue to be the first choice fastener for many situations.

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The challenge to find the right fastener solution for composites 

As composite materials grow both in range and volume of applications, the challenge to find the right fastening solution continues to grow. This white paper explores some trusted fastening solutions within this fast growing market.

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Hydrogen embrittlement

Hydrogen embrittlement - the silent killer 

The embrittlement of metal caused by hydrogen atoms is not new. It was first reported back in 1875, more than a century ago. Nonetheless the awareness of the risk of hydrogen embrittlement, especially in mechanical fasteners deserves more serious attention.

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Reuse fastener

Should fasteners be reused?

The reuse of screws, nuts and bolts sounds as though it should save costs, but it does not. In this white paper, Martin Rüedy from the Bossard Expert team does not recommend the reuse of fastening elements in relation to five different factors.

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What is corrosion?

Corrosion can occur whenever different metal components are in contact each other. What immediately comes in mind when we hear about corrosion, is the brown-reddish piece of metal. When we ask the expert, the answer is not quite as simple. Corrosion can be in different colors and forms. So what really is corrosion? What causes it? How to avoid it?

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Loosening joint

Loosening joint - don't lose it! 

We have all experienced it. Screws or nuts are loosening – whether on a bicycle or on a pair of glasses. So, what is the cause of this? And how do we prevent this?

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Galling stainless steel fasteners

Galling of stainless steel fasteners 

Are your connecting components regularly subject to seizing and so frequently cause a problem? In this professional article you can not only learn the causes and preventative measures, but targeted solutions for preventing cold welding.

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connecting components

 Choosing the right fastener at the design stage

The primary function of connecting components, as is well known, is to guarantee easy assembly and maintenance. Development engineers are regularly faced with the challenge of finding the right connecting component for a new connection job. This white paper examines how selecting the right element can increase productivity and minimize risks simultaneously.

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