insulbar®

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insulbar®

Info Doors and Windows Ltd

insulbar® for the thermal separation of doors, windows and facades in metal.

Dernière mise à jour le 14 avril 2020 à 12 h 21 min

INTRODUCTION (from insulbar.com site) :

insulbar® – the insulating profile

Under the insulbar® brand name, we develop, produce and market insulating bars for the thermal separation of doors, windows and facades in metal. Quality made in Germany – for more than 40 years.

Thermal separation of windows, doors and facades

Plastic insulating bars are a vital component of modern window, door or facade systems made of metal. They separate aluminium frames thermally from each other, thereby reducing loss of heat to a minimum. Insulbar® insulating profiles are available in many shapes and different materials. Depending on the window type and climatic conditions, all requirements for a window system can be fulfilled.

 

THE PRODUCT (from insulbar.com site) :

insulbar® insulating bars prevent loss of heat at the window

insulbar® is the brand name of insulating profiles from Ensinger, a Global Player with excellent credentials in plastics technology, and credited with being the inventor of the plastic thermal insulating bar. At the same time, insulbar® is synonymous with premium quality insulating profiles which are used for the thermal separation of aluminium profiles from the outer and inner shell of window, door and facade constructions.

EFFECTIVE INSULATION AND SAVINGS IN TERMS OF HEATING COSTS – WITH INSULBAR INSULATING PROFILES

insulbar® insulating bars with vanishing perspective
insulbar® insulating bars, also known as insulating profiles, thermal insulating bars or thermal profiles, are extremely efficient at preventing energy losses in buildings and enable outstanding Uf values up to conformance with the stringent passive house standard. Lower energy consumption, reduced heating bills and a greener planet – these are the effects achieved through the use of insulbar®. Innovative drive, durability, stability and a consistently high standard of quality made in Germany – these are attributes for which insulbar® is known and which make it the product of choice the world over.

ECONOMICAL AND EASY TO PROCESS – NO MATTER WHAT THE APPLICATION

System manufacturers, metalworking firms and window producers benefit from the outstanding processing convenience and an extensive standard range. It contains insulating profiles in every conceivable form and dimension, and offers bars to fit all customary types of window, door and facade system in aluminium.

For particularly sophisticated systems and designs for which the standard range is not sufficient, we develop tailored individual non-standard profiles – reliably, at fair conditions, precisely to customer specification.

Hand inserting money into piggy banks

 

THERMAL SEPARATION (from insulbar.com site) :

Lower energy consumption and save costs – through thermal separation with insulbar®

Windows, doors and facades are the parts of any building envelope which give off most heat to the surrounding atmosphere. The less effective the insulation, the higher the loss of heat in the form of thermal transmission, heat convection and heat radiation.

PLASTIC INSULATING PROFILES REDUCE LOSS OF HEAT

Windows, doors and facade systems made of aluminium, with its high thermal conductivity of λ = 160 W/(m⋅K), are particularly susceptible to thermal and energy losses. In order to reduce the thermal transmission of these systems and to achieve a more favorable thermal transmission coefficient (U value), it is necessary to insulate the window frames and thermally separate their outer and inner shells from each other. Plastic insulating bars from Ensinger are the ideal way of doing this.

LOW THERMAL CONDUCTIVITY FOR EXCELLENT UF VALUES

insulbar® insulating bars are characterized by extremely low thermal conductivity of, and so enable excellent Uf values for frames and assemblies, reduce loss of heat and so contribute towards saving energy reducing heating and air conditioning costs.
Aluminium window without thermal separation
High loss of heat through the frame of an aluminium window without thermal separation.
Diagram showing savings relative to insulation depth
The savings are determined by the insulating depth: The bigger the insulbar® profiles, the more energy and costs can be saved.
Thermal separation in the aluminium frame with insulbar profiles
insulbar® polyamide profiles ensure thermal separation in the aluminium frame and reduce loss of heat.
Diagram showing scope for savings relative to the thermal transmission coefficient

The lower the thermal transmission coefficient, the greater the scope for savings: Heating and air conditioning costs depend on the Uf value of the window frame.

Thermal separation with insulbar®. The benefits at a glance:

  • Compliance with statutory energy saving requirements
  • Lower energy consumption and carbon emissions
  •  Saving of heating and air conditioning costs
  • Improved room climate and optimum temperature distribution
  • Fewer draughts and no chill sensation close to windows
  • Prevention of condensation and mould formation

 

BENEFITS (from insulbar.com site) :

Benefits of insulbar® insulating bars

insulbar® insulating bars with vanishing perspective

insulbar® insulating profiles save energy and heating costs, so sustainably improving metal windows, doors and facades, and providing system manufacturers and processors with a decisive benefit.

Not only in terms of the quality, durability, functionality, insulating effect and sustainability of the profiles, but also as regards delivery capability, process and production reliability, ease of processing and also in terms of cost.

 

APPLICATIONS (from insulbar.com site) :

The insulating bar for metal windows, doors and facades

Windows, doors and facades in metal – and particular aluminium – are enjoying increasing popularity worldwide. At the same time, the demands made on thermal insulation are increasing. This is why energy saving windows and doors using double and triple glazing and insulated aluminium facades are standard in many markets – not only in the low-energy and passive house sector.
High-rise building facade vanishing perspective
The insulbar® insulating profiles integrated into metal frame designs bring about a thermal separation between the inner and outer shell, permit excellent thermal insulation and low Uf values, also in passive house windows.

THE RIGHT INSULATING BAR FOR EVERY SYSTEM

insulbar® offers solutions for all kinds of window systems, doors and facades in metals such as aluminium. The insulating bars are suitable for one or multiple-part window elements and for all kinds of window opening: rotating, tilt, tilt and turn, hinging and pivoting windows as well as all customary types of sliding windows, sliding doors and curtain wall facades.

To allow optimum adjustment of the insulating profile to the application required and to enable even faster, simpler installation, we offer application-specific further processed plastic bars, supplied ready for mounting.

Link to the reste of the insulbar.com site page :

https://www.insulbar.com/en-us/insulating-bars/applications

 

GEOMETRIES (from insulbar.com site) :

The right geometry for every application

To cover the wide range of different window, door and facade systems, Ensinger offers insulating bars in a variety of profile shapes and geometries, and for all popular insulation depths. insulbar® insulating profiles are fitted with special functional elements and come in different wall thicknesses and foot geometries to fit specific requirements.

STRAIGHT, OFFSET AND HOLLOW CHAMBER PROFILES IN PLASTIC – WITH WIDE-RANGING FUNCTIONS

Starting from the three profile types – straight, offset and hollow chamber – there is an enormous selection of application-specific profiles available with different function zones: For instance insulating profiles with hook, groove or arrow to hold the gasket as well as insulating bars with nose or hollow chamber as a stopper for the gasket. Variants with screw channel or flag which bring about extremely low loss of heat are also available.
Link to the reste of the insulbar.com site page :

 

MATERIALS (from insulbar.com site) :

The optimum plastic for every requirement

Improved materials play an important pacemaking role for technological development. This is particularly the case when it comes to thermal separation. Ensinger’s unique plastics expertise and over 50 years of experience, as well as the facility for compounding in-house make a crucial contribution to the performance of insulbar® insulating bars.

INSULATING PROFILES FROM THE PLASTICS EXPERT

The comprehensive Ensinger portfolio offers over 100 different standard, engineering and high-performance plastics with the right property profiles to suit wide-ranging applications. In addition, almost 500 different plastic modifications can also be implemented. The application conditions determine the choice of material.

Alongside the fundamental technical criteria which a material must fulfil, climate and weather, among other things, challenge the material in diverse and specifically individual ways. The adapted and exhaustively tested materials used in the plastics which form our profiles provide the assurance of outstanding quality in application.

The plastics we use for our insulbar® profiles are almost exclusively polyamides with optimum mechanical properties for the application in question. They fulfil the highest requirements in terms of stability, durability and insulating effect, and their excellent value-for-money ratio impresses customers. We also process materials with additional application-specific properties to comply with different application conditions and product categories.

PROVEN THOUSANDS OF TIMES OVER: OUR STANDARD MATERIALS

TECATHERM® 66 GF:
Capable of withstanding extreme loads. Perfect for hollow chamber profiles with thin walls. For powder-coating and anodizing in the assembly.
100% unmixed recycled polyamide with excellent mechanical properties, environmentally friendly and sustainable, ideal for « green » building and ecological building certification.

TECATHERM® PP GF:
Suitable for finished assemblies which are coated prior to the assembly process, such as bicolor systems.

FOR SPECIAL CASES: CUSTOM-TAILORED NON-STANDARD MATERIALS

TECATHERM® 66 PPE GF 20:
For highly effective thermal insulation, such as passive house systems, low thermal conduction capacity and high stability, suitable for powder coating and anodising the finished assembly.

TECATHERM® 66 ESP:
With optimized electrostatic properties for assured powder attraction during powder coating.

TECATHERM® 66 GF lub:
Glass fibre reinforced and self-lubricating for bolt operating profiles.

TECATHERM® 66 GF 40:
For particular stability requirements such as glazing beads and ground sills.

TECATHERM® 66 LGF or PP LGF:
Long glass fibre reinforced, high-strength, high rigidity for facade pressure plates or glazing beads.

TECATHERM® VE-R-G300:

Continuous glass fibre reinforced, non-melting, flame-retardant for thermally separated fire protection Systems.

CLASSIFICATION OF SYNTHETICS

Pyramid showing the breakdown of plastics

 

PROCESS ENGINEERING (from insulbar.com site) :

Expertise and technology for perfect insulating profiles

Ensinger combines many years of experience and its unique fund of knowledge in the field of plastics with the very latest findings and proven production techniques. Self-compounded plastics and efficient extrusion methods form a solid foundation for optimum adjustment of insulating bars to the required application. At the same time, they ensure fast, economical production coupled with premium profile quality and narrow tolerances.

Compounding – material properties are all about the mix

Extrusion – the material maintains its shape

Process expertise – for optimum results

Tools – to suit every batch size

 

HANDLING (from insulbar.com site) :

Insulating bar transport, storage and handling

To ensure the full functionality and high quality of our insulbar® insulating profiles, please observe the following information relating to transport, storage and handling.

insulbar® insulating profiles are extruded when dry, but – like all polyamide bars available in the marketplace – can absorb moisture from the air depending on temperature, relative humidity and length of storage. This should be avoided in order to exclude the possibility of problems later on during processing as a result of dimensional deviations or blister formation during stove enamelling.

The right conditions for transport

insulbar® insulating bars are individually cut to size, supplied loose by the metre, on request also bundled in containers or wooden crates or, for certain profile cross-sections, delivered in the form of coils. For transport, they should always be protected from the sun and rain under a tarpaulin.

Optimum handling

In order to avoid tolerance deviations and ensure high-quality processing, all the polyamide bars used in an assembly should be transported, stored and processed under identical conditions. To ensure this, we recommend ordering quantities specific to your requirement and specific production schedule. During all handling and storage, but in particular during processing, the ambient temperature should not drop below 15 °C.

 

How to find us! (from insulbar.com site) :

Ensinger Inc.
1 Main St.
Grenloch, NJ 08032
United States of America

 

Tel:        +1856 227 0500
Fax:       +1856 232 1754
E-mail:   insulbar@ensinger-ind-com

 

SOURCE(S) :

Link to home page from insulbar.com site :

https://www.insulbar.com/en-us

Link to product pages from insulbar.com site :

https://www.insulbar.com/en-us/insulating-bars

 

  • CATÉGORIE(S) : Bâtiment Commercial, Bâtiment Industriel, Bâtiment Institutionnel
  • LANGUE(S) : Français, Anglais, Espagnol, Allemand, Italien, Portugais
  • LIEU(X) : Grenloch
  • SOCIÉTÉ(S) : Ensinger Inc
  • SPÉCIALITÉ(S) : Thermal break
  • ÉTIQUETTE(S) : barrière thermique

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