Entrust us with your honeycomb bonding

Enjoy all the benefits of honeycomb to make your parts and machines lighter:

Lightness
Strength
Insulation
Durability

Honeycomb structures offer many advantages

Honeycomb bonding is a technique used in industry, particularly in the manufacture of composite materials.

This method involves assembling layers of material using a honeycomb structure, generally made from materials such as aluminium, paper or thermoplastics. This structure is valued for its lightness and its high mechanical strength.

The advantages of honeycomb bonding

Lightness: considerably reduces the weight of structures.
Strength: provides excellent mechanical and compressive strength.
Insulation: offers thermal and acoustic insulation properties.
Durability: resists corrosion and moisture, extending product life.

Request a quote

Honeycomb bonding workshop
Honeycomb bonding workshop

Recognised expertise in honeycomb bonding

MGR MONNIER ÉNERGIES carries out honeycomb bonding to produce complex parts used in building components for special-purpose machines (tables, surface plates, beams, shock absorbers).

High-quality aluminium honeycomb

Our high-quality aluminium honeycomb is adapted to customer requirements and can be supplied in different formats thanks to our dedicated cutting machine.

A structure tailored to your needs

Depending on our customers’ requirements, we can achieve different densities and mechanical properties by adjusting the thickness of the aluminium foil and the size of the honeycomb cells.

A controlled manufacturing process

Once cut, the honeycomb is sandwiched between two metal sheets and then bonded to them.

We use adhesives that meet the most stringent requirements. We can adapt them to the customer’s specifications (mechanical stresses, peel testing, temperature, etc.).

Operator placing an aluminium honeycomb panel on the bonding table in the MGR workshop

Honeycomb bonding meets the needs of many sectors

Honeycomb bonding has a very wide range of applications. We work mainly for the special-purpose machine sector, either on components built directly into the machine (tables, surface plates, beams) or on ancillary machine components (safety shock-absorbing elements).

Special-purpose machinery

Aeronautics and aerospace

Land transport

Construction and architecture

Welder producing a welded assembly inside a large circular steel structure