Why use it?

EasyFix stands for fail-safe and unlimited fixing selection capabilities

The EasyFix program is built of specialised modules. Each of them is dedicated to a specific segment and stage of construction projects. The main function is to enable real-time calculations of utmost precision, providing the user with virtually unlimited possibilities of matching fixings and fixtures to what is actually needed at the given time.

Being highly specialised, every EasyFix module is capable of delivering solutions that match all kinds of construction projects, each time adapting them to their individual requirements. Making the most of Rawlplug’s original engineering method based on the latest globally recognised guidelines as well as the long experience and extensive research of our Technical Department’s experts, you are now capable of designing even the most complex anchoring setups. All the calculations conform with the applicable guidelines and standards, including those of the ETAG, EAD and Eurocode, which guarantees uncompromising approach to safety.

Anchors

Module

Module Concrete

Designing of fixings intended for concrete substrates. This module allows you to determine the optimum type and quantity of the fixings to be used, and to calculate the required slab thickness. It also provides a wide range of possible arrangements of fixings on the fixture. Importantly, it offers high-level project customisation by enabling you to define specific parameters on a case-by-case basis, such as design loads and characteristic loads, including safety factors typical of the given region as well as seismic and fire load values.

Module

Module Masonry

Use this module to design fixings intended for masonry substrates. Not only does it allow you to determine the optimum type and quantity of fixings, but also delivers a wide range of substrate modelling capabilities, including solid, hollow and lightweight concrete substrates. The module allows you to define design loads and characteristic loads, including safety factors typical of the given region.

Module

Module Balustrade

Use schematics matching the fixing arrangements typically applied when installing safety barriers, making it suitable to design fixings intended for concrete substrates. The module makes use of a simplified model for entering load parameters. They are assumed on the basis of the guidelines laid down in the EN 1991-1-1 standard which recommends the range of characteristic loads for different use categories.

Calculator

Run high-accuracy calculations of the quantity of resin required to fix rods in holes of actual pre-set dimensions. The module also allows you to calculate the number of resin containers you will need to complete all installation works.

Structural rebar joints

Module

Module Structural rebar joints

The scope includes the design of rebar pasting in concrete substrates.
The users are provided with easy and intuitive design of reinforcement pulls, in accordance with the EUROCODE 2 guidelines. An important function is the calculation of internal forces in cross-sections of bars of existing and new glued rods. The wide range of existing steel and concrete types as well as the possibility of defining user’s own data make this module open endless design possibilities.

Module

Module Additional Concrete Layer

The scope includes the design of reinforcing bars bonded in concrete substrates.
It provides users with easy and intuitive design for the expansion of reinforced concrete elements.

Calculator

Run high-accuracy calculations of the quantity of resin required to fix rods in holes of actual pre-set dimensions. The module also allows you to calculate the number of resin containers you will need to complete all installation works.

Wind calculations

Modul

Modul Roof

Design fixings intended for concrete, steel and wooden substrates by taking wind loads into consideration. The module allows you to define any chosen structure shape and provides extensive design capabilities. Making the most of the possibility to take into account the spacing of steel decking panels and to design roof surface slopes and counterslopes as well as insulation thickness with high accuracy, you can optimise the combination of length and type of fixings. What also comes in handy is the option to define wind zones and land categories with reference to enclosed maps of many European countries.

Module

Module Facade

Design fixings intended for concrete, masonry, steel and wooden substrates by taking wind loads into consideration. The module allows you to exclude the surface area of holes as well as entire selected walls from calculations. The calculations are primarily based on wind action standards and tests of fixings conforming with ETAG 014. What also comes in handy is the option to define wind zones and land categories with reference to enclosed maps of many European countries.

Road and bridge calculations

Module

Module Pavement deck anchor

It allows you to choose and calculate the right number of pavement deck anchors in the Rawlplug adhesive anchor system. It offers a wide and accurate representation of the pavement deck model to optimize and ensure the highest calculation reliability.

Module

Module Additional Concrete Layer

The scope includes the design of reinforcing bars bonded in concrete substrates.
It provides users with easy and intuitive design for the expansion of reinforced concrete elements.

Calculator

Run high-accuracy calculations of the quantity of resin required to fix rods in holes of actual pre-set dimensions. The module also allows you to calculate the number of resin containers you will need to complete all installation works.

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