Araldite aw 106

Types of Araldite adhesive

• Araldite AW 106 and HV 9535

  One of the most useful Araldite combinations is AW 106, a clear epoxy resin putty, and HV 9535, an epoxy hardener. While HV 9535 provides glue joints which are thin and resistant to high temperatures, AW 106 creates an adhesive that has great tensile strength and proves to be a jelly-like, clear substance. They work as a pair under conditions, as the mixed strain and thermal cures are brought up. This glue is mostly used in connecting parts which are critical in aeronautical engineering.

• Araldite Rapid

  Araldite Rapid is an adhesive that is popular because it is easier to apply, sets faster, and can be used under many different circumstances. Based on two parts of epoxy resin and hardener, this adhesive provides enough time to reposition and set quickly after a while. This multi-purpose heavy-duty adhesive works on metal, wood, glass, ceramics, and many plastics.

• Araldite 2011

  The Araldite 2011 adhesive stands out because it is both flexible and able to cure very quickly. This adhesive is suitable for many applications, as it provides good impact resistance and can be used even when the temperature is not too high. This is great for any work that needs to Rebond or Repair materials such as glass, wood, and metals, as well as certain plastics.

• Araldite 2021

  When dealing with wedging that has to deal with mechanical stress, Araldite 2021 is perfect for such a job. Bonding Fusion solvent is a low viscosity epoxy that cures at room temperature but can also be activated with heat to boost its curing speed. Being tough and flexible makes this glue perfect for use in engineering and manufacturing. The adhesive can also be used on metal and composite materials.

Industrial application of araldite aw 106

• Aerospace

  The glue is very important in the aerospace sector. Due to its ability to resist failure, stretch, and bend under extreme conditions, it is mainly used to join critical components in airplanes and spacecraft. It can also connect various materials such as metals and composites.

• Automotive

  In the manufacturing of vehicles, Araldite AW 106 is employed to perform bond joints that are exposed to a variation in temperature, mechanical strain, and chemicals. It is applied in areas such as assembly, electrical systems, and exterior trim for both structural and non-structural bonding.

• Electronics

  The electronic industries use Araldite AW 106 glue to encapsulate such delicate components as circuit boards and semiconductors. By providing a protective layer from moisture, chemical, and mechanical damage, this adhesive is a standard application glue for potting and encapsulation.

• Construction and civil engineering

  Araldite AW 106 is used for joints that require structural strength in building and civil engineering work. It is used for the repair and reinforcement of concrete structures, as well as for the bonding of metal components such as steel beams and reinforcements.

• Marine

  Due to its waterproofness and ability to withstand harsh marine environments, Araldite AW 106 is used in boat building and repairs. It is applied for connections on fiberglass, wood, and metal, as well as for the repair of leaks and structural components.

• Industrial machinery and equipment

  In industrial operations, Araldite AW 106 is used for the repair of worn-out or damaged parts such as machinery and tools. It can be used in the bonding of dissimilar materials, such as metal with composite or plastic, and this will lead to a reduction in wear and tear.

Product Specifications and Features of Araldite aw 106

Technical Specifications

• Components: Araldite AW 106 is a two-part adhesive system comprising an epoxy resin and a hardener. The combination forms a thick gel.
• Tensile strength: The adhesive exhibits high tensile strength, making it suitable for bonding materials that undergo stress and deformation.
• Temperature resistance: Once cured, Araldite AW 106 can withstand temperatures ranging from -55°C to 120°C, retaining its adhesive properties even under extreme conditions.
• Curing time: Curing time varies with temperature. At room temperature, it typically cures within 24 hours. For faster curing, adding a heat source accelerates the process.
• Mixing ratio: The ideal mixing ratio for Araldite AW 106 and hardener is 2:1. To ensure optimal performance, always adhere to this ratio when preparing the adhesive.

Key Features

• High strength: Once cured, Araldite forms an incredibly strong bond resistant to mechanical stress, and temperature variation, and this includes extreme conditions.
• Versatility: The glue bonds different materials such as metal, glass, plastic, wood, and ceramics.
• Waterproof: The adhesive is impervious to water, allowing it to be used in interior as well as exterior applications.
• Chemical resistance: Cured Araldite AW 106 is resistant to many chemicals, including solvents, oils, and fuels, thus making the adhesive sealant suitable for industrial applications.
• Electrical insulation: The adhesive has insulating properties, thus making it suitable for applications in electronics to protect components from moisture and mechanical damage.

How to choose

Choosing the best epoxy glue depends on what the repair is and what it needs. These come with their unique set of qualities to deal with so many materials, whether metal, plastic, or stone.

• Material compatibility

  Some epoxy adhesives work well with plastic, while others are better suited for metal joints. For instance, Araldite AW 106 is versatile and can easily bond with a wider range of materials.

• Strength requirements

  Structural bonds should probably be made with epoxies that can withstand great strength and can, therefore, tolerate inordinate amounts of stress or load. Epoxy glues meant for repair purposes usually have lower strength, and this is no problem for repairs that do not put a lot of stress on them.

• Viscosity

  The thickness of the adhesive will depend on the surface to be treated. For bonding surfaces that are vertical, it is advised to use a thick adhesive that is less likely to run. Thin epoxies are more suitable for filling in minute cracks or for areas that require a very thin layer of glue.

• Curing time

  Curing times vary among epoxies. Those that are fast-curing provide instant bonding, though they need to be worked on quickly. Slow-curing puts bonding time within reach and gives more room for adjustments to be made before solidifying.

• Environmental resistance

  It is necessary to check whether the glue can be resistant to moisture, heat, and UV rays if repairs are going to be done on items that will be used outdoors. Some epoxies are designed to withstand such elements, making them ideal for outdoor bonding.

• Brand reputation

  It is necessary to look for brands such as Araldite which are known for a variety of adhesives. They have epoxy glues that have been put to test over time and carry out the company's promise of delivering strength and reliability.

Q & A

Q1: What is Araldite Aw 106?

It is a versatile two-part epoxy adhesive that is ideal for bonding various materials, including metal, wood, glass, and plastics.

Q2: What are the key components of Araldite AW 106 ?

Araldite AW 106 consists of an epoxy resin and a hardener, which are mixed together to initiate the curing process.

Q3: What materials can Araldite AW 106 bond together?

It can bond a wide range of materials, including metal, wood, glass, ceramics, and certain plastics, due to its strong adhesive properties.

Q4: How do temperature and humidity affect Araldite 106 curing?

Higher temperatures accelerate the curing process, while lower temperatures slow it down. Ideally, the curing should occur at a room temperature of around 20-25°C, with low humidity for optimal results.