Rawlplug EasyFix

Module that allows you to independently select the best type of fastening for concrete substrates. You can easily determine the optimal anchoring method and calculate the required number of mechanical fasteners or resin. You'll also find out how to best position the fasteners on the mounted element, taking into account the loads specific to your region and the type of project.

Design the fastening method for masonry substrates, taking into account the specific requirements of your project. With the EasyFix program, you can model various types of substrates (such as solid, hollow, or lightweight concrete) and input loads specific to your region.

Design fastenings for concrete substrates using layouts tailored to the installation of safety barriers. The EasyFix program applies the guidelines of the EN 1991-1-1 standard, which recommends a range of characteristic loads for different usage categories.

You can perform the necessary calculations for designing the bonding of reinforcement bars in concrete substrates. The module allows for the design of reinforcement continuity according to EUROCODE 2 guidelines, calculating internal forces in the cross-sections of both existing and newly bonded bars, depending on the project's specifics.

Perform the necessary calculations for designing the bonding of reinforcement bars in concrete substrates. Using the Concrete Overlay module in the EasyFix program, you will design the extension of reinforced concrete elements tailored to the requirements of your project.

Select the optimal type and length of fasteners needed for roof insulation installation. With the EasyFix program, you can account for parameters such as trapezoidal sheet pitch and precisely design slopes and counter-slopes on the roof surface, taking into account wind zones and terrain categories. Choose strong and durable fastening, regardless of the type of project.

Design fastenings, taking into account wind loads in concrete, masonry, steel, and wooden substrates. The EasyFix program allows you to exclude window openings or entire walls from calculations. The calculations are based on wind standards and fastener tests in compliance with ETAG 014. Use the option to select wind zones and terrain categories based on maps for many European countries.

Select the appropriate fastenings for steel elements in roofing structures, in accordance with the standards EN 1991-1-4 (Eurocode 1: Actions on structures — Part 1-4: General actions — Wind actions) and EAD 330046-01-0602 (Screws for metal elements and sheets). Consider key parameters such as the shape of the flat roof surface and the type of substrate, and optimize the fastening length to ensure durability and stability of the structure.

Select the appropriate fastenings for steel elements in roofing structures, in accordance with the standards EN 1991-1-4 (Eurocode 1: Actions on structures — Part 1-4: General actions — Wind actions) and EAD 330046-01-0602 (Screws for metal elements and sheets). Take into account parameters such as the shape of the flat roof surface and the type of substrate, and optimize the fastening length to ensure durability and installation safety.

Select the appropriate roof fastenings for sandwich panels in roofing structures, in accordance with the standards 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 elements and cladding). This ensures solid and durable fastening, tailored to the specific conditions of your project.

Select the appropriate roof fastenings for sandwich panels in roofing structures, in accordance with the standards 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 elements and cladding), to ensure durability and installation safety.

Select and calculate the appropriate number of fasteners for securing the pavement deck using Rawlplug's chemical anchor system. With the EasyFix program, you can accurately model the pavement deck, optimizing the design and ensuring reliable calculations.

Perform the necessary calculations for designing the bonding of reinforcement bars in concrete substrates. Using the Concrete Overlay module in the EasyFix program, you will design the expansion of reinforced concrete elements tailored to the needs of your project.

Prepare a fastening design for safety barriers tailored to the specifics of your project. Depending on the needs, you will account for various configurations of fastening elements to the substrate, including both end-face mounting setups and barriers standing on a deck.

Design the fastenings for road lighting poles in concrete slabs and foundations. Select the appropriate anchors based on the guidelines of EN 1992-4, ETAG 001, and ACI 318-11 to ensure durability and stability of the installation.

Design the fastenings for the base of support posts for noise barriers in concrete slabs and foundations. Select the appropriate anchors based on the guidelines of EN 1992-4, ETAG 001, and ACI 318-11 to ensure the solidity and durability of the structure.

Design the connections for wooden elements using all available types of screws. During the calculations, you have the option to define various fastener configurations, such as straight, angled, or crossed screw pairs, to tailor the solution to the requirements of your project.

Design the connections for wooden beams. The EasyFix program allows you to prepare precise calculations for fasteners with full or double threads, mounted at an angle or in crossed pairs. This ensures the solidity and durability of your structure.

Design the reinforcement of a wooden element in critical areas, such as the support. Verify the necessity of reinforcement (wood crushing analysis) and select the appropriate screw configuration. The calculations are tailored to fasteners with full threading, ensuring the solidity and durability of the structure.

Design the reinforcement of a wooden element in critical areas, such as notches or beam cuts near supports. Verify the necessity of reinforcement (wood cracking analysis) and select the appropriate screw configuration. The calculations are tailored to fasteners with full threading, ensuring the durability and safety of the structure.