Acrylic adhesive: performance and strength for your assemblies

What is acrylic glue?

La acrylic glue is a two-component or single-component adhesive, renowned for its mechanical, chemical and environmental resistance. It is used in industrial sectors that require durable structural bonds, even under extreme conditions. 

It is suitable for assembling metals, engineering plastics, composites and glass. Some versions are formulated for specific applications such as assembling painted or powder-coated parts. 

Technical characteristics of acrylic glue

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A acrylic glue stands out for its high performance and versatility. Here are the main technical features you need to know about: 

  • Fast curing at room temperature 
  • High resistance to shock, vibration and solvents 
  • Primerless direct adhesion to metals and composites 
  • Excellent temperature resistance (up to 150°C depending on version) 
  • Available as paste, liquid or gel 

Depending on the version, it can be used manually or via automatic dosing equipment. 

La acrylic pvc adhesive is particularly suitable for structural bonding to rigid plastics. It offers many advantages in production environments: 

  • High-performance bonding on PVC, ABS, PMMA, PC 
  • Good resistance to moisture, solvents and oxidation 
  • Compatible with different expansion materials 
  • Can be reworked or sanded after curing 
  • Reduced cycle times thanks to rapid setting 

Ideal for the signage, electronics and technical furniture sectors. 

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The acrylic glues are used in a wide range of sectors requiring reliable, strong assemblies. 

Aerospace & rail 

  • Structural bonding of composite panels and partitions 
  • Assembly fasteners on metal supports in vibrating areas 
  • Integration of components on high-performance lightweight structures 

Energy & electronics 

  • Bonding heat sinks and protective housings 
  • Fixing electronic components subject to impact or thermal stress 
  • Insulation and sealing of sensitive cards or modules 

Technical furniture & equipment 

  • Bonding rigid or lacquered plastic parts without prior sanding 
  • Fixing elements to PVC or PMMA panels in damp environments 
  • Decorative or structural assembly without visible screws and bolts 

Transport & signage 

  • Fixing panels, rails or profiles to metal or composite structures 
  • Assembling interior and exterior signage elements 
  • Bonding resistant to UV, weather and thermal expansion 

→ Save time and optimise your process 

At ADDEV Materials, we offer you much more than just a product: we can help you choose and integrate your acrylic adhesive into your industrial processes. 

Our added value: 

  • A complete catalogue of technical adhesives, available from stock 
  • A service of customised recommendations according to your materials and constraints 
  • Technical support for process implementation and validation 
  • Technical data sheets and detailed resistance data on request 
  • Solid partnerships with market-leading brands (Panacol, 3M, Permabond, etc.) 

→ Contact us for a quick and accurate recommendation 

📞 Our team is here to help you in choosing the right adhesive to meet your objectives: strength, productivity, aesthetics, material compatibility. 
Improve efficiency from your initial testing phases with our rapid sampling service. 

Our strategic suppliers of acrylic glue

FAQ - Acrylic glue

Acrylic adhesives cure faster, without heat, and are less sensitive to surface preparation.

Yes, some formulations are designed for invisible bonding to PMMA or glass, ideal for design or optics.

It is effective on metals, plastics, composites and glass, and requires no primer on most surfaces.

Observe the temperature conditions and mixing ratio (if two-component) and apply to clean, dry surfaces.

Yes, it is resistant to UV rays, humidity, temperature variations and mechanical impact, making it ideal for outdoor use.

Yes, some formulations are specifically developed to ensure strong adhesion on rigid or expanded PVC.

Initial hardening takes between 5 and 20 minutes, depending on the formula. Maximum strength is reached in 24 to 48 hours.