Category: surface preparation

We have a wide experience of integrating dispensing, curing and surface preparation equipment with our robots. Combining one or more of these processes onto one platform can deliver production efficiency and productivity – often at realistic cost which can payback very quickly. This two minute video explains the benefits we have delivered to customers over […]

Corinna Little, from our partner Relyon Plasma GmbH, will be presenting her paper on “Enhancing the bonding properties of pressure-sensitive adhesives on white goods by means of atmospheric plasma treatment” at the Adhesion ’19 Conference, a symposium on the science and technology of adhesion and adhesives. Her synopsis is as follows: Atmospheric-pressure plasma can enhance […]

Polyoxymethylene (POM) is a high density thermoplastic, also called acetal or polyacetal. Brand names include Delrin, Ultraform and Hostaform*. It is often used as an engineering grade plastic, especially for precision parts. POM is extremely solid, hard and stiff in a wide temperature range. It maintains its high ductility up to -40°C and has excellent […]

Whilst our customers typically use plasma technology to improve their bonding, another use of plasma is ultrafine surface cleaning. Relyon Plasma, our sales partner, has produced an in-depth explanation of how plasma technology can clean surfaces, which we have added to our library of technical resources. You can read the White Paper on Plasma Technology […]

The January/February 2019 issue of Plastic News Europe features our article Time to bond with plasma technology. The piece concludes: “Plasma is not limited to natural phenomena like stars and the Northern Lights. Manufacturers should consider plasma treatment if they are frequently faced with difficult-to-bond substrates. The benefits can be particularly compelling for medical device, […]

Our partners Techspray have a new blog post about Dusters – also called “air duster”, “canned air”, “compressed air”, and “dusting gas”, they are used to provide a pressurised blast, knocking loose dust and dirt. Think of them as a portable replacement for an air compressor line. They can be used to blow out biscuit […]

Composites continue to be the subject of rapid advancement in terms of formulation, production and types of applications. Incorporating composites in your assemblies requires adhesives that contribute to the highest possible performance and reliability, exploit their qualities of strength and light weight and meet the demanding conditions of the automotive, defence, aerospace, marine, medical, electronics/electrical, […]

The bonding with adhesives of plastics to metals is an application which is growing. A typical example is the bonding of composite materials (carbon fiber, CFRP) and aluminium (Al) materials in the automotive sector. Various adhesives can meet the structural requirements of the bond. However, a polymer matrix of carbon fiber reinforced materials can have […]

Thinking about improved structural bonding of plastics? Plastics are usually characterised by inert surfaces with surface energies between 20 and 40 mN/m. In order to wet a surface, however, the surface energy of the polymer must exceed the one of the paint, ink or the adhesive. This condition can be achieved through a plasma treatment […]

“Our technicians wanted me to source your wipes, as they are better than any wipes we have been using.” “The sample IPA wipes have been approved by management – they’re over the moon with the quality and performance.” We are delighted with how happy our customers are with our cleaning wipes. Available from stock for […]

You may already know of the Piezobrush PZ2 handheld plasma surface treatment system from our partner Relyon Plasma, which provides a simple, effective method of increasing adhesion and wetting on difficult-to-bond surfaces. If you would like your application to be semi-automated or fully automated, a version of the Piezobrush PZ2 is now available which is […]

Visitors to the our Technology Centre near Oxford will have noticed the enclosure containing a robot-mounted Relyon PB3 Plasmabrush plasma surface treatment system. We have created an integrated plasma surface treatment package which is being used for customer demonstrations and evaluations, and is available for purchase as a turnkey automated workstation. The Relyon PB3 Plasmabrush plasma treatment […]

The Relyon Plasma Piezobrush® PZ2 has nozzle attachment options for surface activation across a wide range of applications. Treatment of metals, and smaller and more precise applications are now possible. The use of a variety of special gases enhance the possibilities of PDD (Piezoelectric Direct Discharge) on challenging substrates. Based on the direct, electric discharge at […]

If you’ve visited our Technology Centre here in Kidlington lately, you will have noticed the enclosure containing a robot-mounted Relyon PB3 Plasmabrush plasma surface treatment system.   Relyon plasma surface treatment products improve adhesion and wetting of surfaces which are otherwise difficult to bond, print on, coat or laminate. Atmospheric plasma surface treatment is both […]

The Relyon Plasma PB3 Plasmabrush offers convenient, high speed, high performance atmospheric plasma cleaning and surface activation. The PB3 Plasmabrush is a nozzle-type plasma generator which is particularly compact and offers long-term stability. Proprietary Pulsed Atmospheric Arc Technology uses a unipolar pulsed high voltage source and a vortex flow in the nozzle which delivers uniform […]

One of our latest products is the Relyon Plasma PZ2 piezo brush® handheld plasma surface treatment unit, which is believed to be the smallest cold active plasma device of its kind. The PZ2 piezo brush ionises atmospheric gas to plasma clean and activate surfaces for improved adhesion of adhesives, or wetting prior to printing or […]

We are pleased to announce a new sales partnership with plasma treatment company Relyon Plasma GmbH which brings their advanced technology within reach of UK manufacturers. Plasma surface treatment can be a very effective way to activate a surface in order to prepare it for bonding or printing, enabling improved wetting and adhesion. We are […]