The fifth part of our solar guide is dedicated to the other connecting elements used in the installation of solar systems and what exactly needs to be considered when choosing the right screw.
In the fourth part of our solar guide, you will find out what characterises a solar fastener and which variant is used for which application.
In the third part of our solar guidebook we use two installation examples to show the various options for fastening solar systems on pitched roofs and flat roofs and provide information on what needs to be taken into account.
In the second part of our solar guide, we look at the planning and installation of roof and ground-mounted solar in open spaces and what needs to be taken into account.
In the first part of our new series of solar guides, we look at how solar energy can be utilised sensibly.
In the fifth part of the guide series we present the expansion to include the field of application of mounting elements of our ETICS product configurator.
In part 4 of our ETICS guidebook, we introduce you to our ETICS product configurator and show you how to use it to select the right fastener for you.
In the third part of our ETICS guidebook "Focus on service", we explain what is meant by a preliminary design and what needs to be taken into account.
The second part of our ETICS guide series "Focus on service" therefore deals with the installation of adhesive profiles and what needs to be considered in advance.
Our new series "Focus on service" presents a range of services and tools for safe and targeted planning and preparation of a wide variety of measures relating to the ETIC system. The first topic is the anchor pull-out test.
The 7th and last part of our guidebook on rear-ventilated facades deals now with the unrestrained fastening of cladding panels.
In the 6th part of our guidebook we focus on the selection of the right material for the substructure and the formation of fixed and sliding points.
In our article we take a look at the special features and functionality of through bolts and offer valuable tips on how to install them correctly.
The fifth part of our guidebook on rear-ventilated facades deals with the use of through bolts and presents the possibility of anchoring by means of an injection system.
The fourth part of our guidebook on rear-ventilated facades deals with the correct selection and installation of plastic facade anchors.
The fourth part explains the requirements for fastening heavy and/or safety-relevant attachments to ETICS facades.
The third part addresses the properties and special features of a single or multiple fastening of non-load-bearing systems, which also includes the rear-ventilated facade.
In the third part of our ETICS Expert tips we deal with lightweight and medium-weight attachments.
What should be considered about above-rafter insulation with regard to screw selection and what errors can be effectively avoided here?
In the second part of the Guidebook, we take a closer look at the different embedment mechanism of rear-ventilated facades.
In the second part of the ETICS Expert tips you will learn what the new requirements are for plaster connections to windows.
The first part of our new guidebook on the subject of "Rear-Ventilated Facades" describes the design and advantages of this special type of facade.
In the first part of ETICS expert tips, you will learn what anchor marks are and how you prevent on the facade.
This sixth and final part of our flat roof guidebook discusses the technical rules for flat roofs, choosing right type and number of fasteners as well as the issue of corrosion.
The current edition of our guide will deal with the wind load performance in detail and show which information is absolutely necessary for performance.
In part four, you will learn that the results of a wind uplift test can be valuable information for the creation of an initial sizing. But what does it mean and what information can it provide?
In the third part we deal with the topic of initial sizing. Which influencing factors play a role in the quantitative analysis, and which parameters are required to create the initial sizing?
This second part will address the different types of anchoring with roofing membranes.
In the first part of our new guide, learn everything about the basics of planning a flat roof. What is the difference between a flat roof and a pitched roof?
The fifth part of the self-drilling screws guide is now devoted to avoiding damages that can occur due to improper assembly.
The fourth part now deals with the edge distances to be observed when using self-drilling screws and thread-forming screws in timber, steel and aluminum parts.
In this part we would like to show you the basic procedures for screw manufacturing, take you on a journey into the production of EJOT and introduce you to the individual production phases.
In addition to functionality, optics also play a role for the screw heads. In the following, we will therefore take a closer look at the most common head styles and drives for self-drilling screws.
In the first part of our guide to self-drilling screws we will give you a general overview of the different screw types and you will learn more about the respective special features.
In this part we will look at the assessment of the corrosion environment and explain the corrosivity categories and corrosion resistance classes.
The second article will talk about the possibilities of preventing corrosion damage. Corrosion protection includes all measures that help to avoid corrosion damage to metallic components.
The first part of the corrosion guide gives you a general overview of corrosion and the most common types of corrosion on screw connections in the construction sector.
As an amendment to the list of the different types of assembly, the focus here is on processing faults and we will talk in particular on avoiding these processing faults during assembly.
In the sixth article of our guide on heavy-duty anchoring, we show which types of installation play a role in heavy-duty anchoring and how they work.
In the fifth article of our guidebook on the topic of heavy-duty anchoring, we show that in addition to loads, there are other external influences that play a major role in the choice of fastener, including corrosion.
The fourth part of the heavy-duty anchor guide deals with external influences in the form of loads.
The third part of the heavy-duty anchor guide focuses on the anchoring methods. We shed light on the function principles and fastening elements and their advantages and disadvantages.
In the second part of our heavy-duty anchor guide, we will deal with the “cracked concrete” substrate in detail, and show the requirements of this building material for the anchoring elements.
In addition to the own weight of the system to be fastened and the loads to be applied, the base material is one of the most important factors in determining the suitable fastener. In this article ...
What is clamp thickness and how is it calculated for self-drilling screws?
For the structural fastening of facade substructures, there are various types of facade anchors. Generally, the specifier decides which facade anchors are to be used. Nevertheless...
The drilling performance of a screw refers to the drill point and defines the maximum thickness of components which can be penetrated with this drill point.
In industrial lightweight construction the buildings are not only erected as pure functional structures anymore. More and more builders opt for an architecturally sophisticated design of production sites, sales halls or high rack warehouses.