This module allows us to choose the best type of fixing in concrete substrates for your needs. Our experts will select the optimum anchoring method and calculate the number of mechanical fasteners or the amount of resin required. We will determine the best positioning of the fasteners on the fixture and enter the loads specific to the region and investment type.

We will design a method of fixing in masonry substrates for you taking into account the specific requirements of your investment project. Our proprietary EasyFix software makes it possible to model different types of substrates (including solid, hollow, and lightweight concrete). We will also enter loads characteristic of your specific region.

We will design fixings in concrete substrates taking into account patterns adapted to the layouts used when installing safety barriers. Our proprietary Easy Fix software we use to perform the calculations follows the guidelines of the EN 1991-1-1 standard in terms of the loads assumed.

We will prepare the required calculations for designing post-installed rebar installation in concrete substrates. We design reinforcement continuity in accordance with the EUROCODE 2 guidelines. Depending on the project type, we calculate the internal forces in cross-sections of existing rebars and post-installed rebars.

We will perform the calculations you need to design post-installed rebar installation in concrete substrates. Using the Concrete Interface Reinforcement module in EasyFix, we will design the process of adding reinforced concrete elements.

We will select the optimum type and length of fasteners you need to install roof insulation. Our experts take into account parameters such as the spacing of steel decking panels as well as accurately design the roof surface slopes and counterslopes. In our calculations, we also take into account wind zones and land categories.

We will design fixings for you taking into account wind load, for concrete, masonry, steel and timber substrates. The calculations are primarily based on wind action standards and tests of fixings in compliance with EAD 330196-01-0604.

Our experts will select the most suitable fixings to install steel elements on roof structures in accordance with EN 1991-1-4 (Eurocode 1: Actions on structures — Part 1-4: General actions — Wind actions) and EAD 330046-01-0602 (Fastening Screws for Metal Members and Sheeting). We will take into account parameters such as the shape of the flat roof surface, substrate type selection, or fixing length optimisation.

We will select the most suitable fixings for you to install steel elements on roof structures in accordance with EN 1991-1-4 (Eurocode 1: Actions on structures — Part 1-4: General actions — Wind actions) and EAD 330046-01-0602 (Fastening Screws for Metal Members and Sheeting). We will take into account parameters such as the shape of the flat roof surface, substrate type selection, or fixing length optimisation.

Our experts will select the most suitable fixings to install roof sandwich panel on roof structures in accordance with EN 1991-1-4 (Eurocode 1: Actions on structures — Part 1-4: General actions — Wind actions) and EAD 330046-01-0602 (Fastening Screws for Metal Members and Sheeting).

We will select the most suitable fixings for you to install roof sandwich panel on roof structures in accordance with EN 1991-1-4 (Eurocode 1: Actions on structures — Part 1-4: General actions — Wind actions) and EAD 330046-01-0602 (Fastening Screws for Metal Members and Sheeting).

Our experts will select and calculate the appropriate number bridge deck overhang fixings in the Rawlplug bonded anchor system. Using our proprietary EasyFix software, we provide a broad and faithful representation of the bridge deck overhang model to optimise and guarantee the highest reliability of calculations.

We will perform the calculations you need to design post-installed rebar installation in concrete substrates. Using the Concrete Interface Reinforcement module in EasyFix, we will design the process of adding reinforced concrete elements.

We will design safety barrier fixings for you. Depending on the investment type, we take into account different configurations of fixings in butt joint systems and/or for barriers standing on slabs.

We will design fixings of road lamps in concrete slabs and foundations. Our experts will select the appropriate anchors on the basis of the EN 1992-4, ETAG 001, and ACI 318-11 guidelines.

Our experts will design fixings for the footing of noise barrier support posts in concrete slabs and foundations. We will choose the appropriate anchors on the basis of the EN 1992-4, ETAG 001, and ACI 318-11 guidelines.

Our engineers will design timber element connections for you using all available screw types. During the calculations, we define various fastener arrangements: straight, angled and crossed pairs of screws.

Let Rawlplug’s experts design your timber beam joints. In their work, engineers use our proprietary EasyFix software, allowing them to perform calculations for fasteners with full or double thread, installed at an angle or in crossed pairs.