Since the 1970s, CAMPEN Machinery A/S has supported nonwovens producers worldwide. We supply reliable, robust and easy-to-operate airlaid equipment.
An airlaid feasibility study helps you confirm technical feasibility before investment. You receive clear data, practical samples and realistic process guidance before you commit capital.
We run structured airlaid feasibility testing in our dedicated test centre. Our engineers help you assess product quality, process stability, recipe development and scale-up needs.
An airlaid feasibility study with CAMPEN gives you practical proof early. We test your concept, raw materials and production route under controlled conditions.
Our engineers understand the complete airlaid process, from forming to winding. We focus on measurable results that support safe investment decisions.
Your airlaid proof of concept can include fibre blends, SAP and binders. We also test natural fibres, synthetic fibres and different bonding options.
CAMPEN has supplied airlaid equipment and process support since the 1970s. We understand production needs, operator safety and maintenance requirements.
Each airlaid feasibility study starts with your product targets and constraints. We define success criteria for quality, stability, throughput and documentation.
Typical targets include basis weight, thickness, density, absorption and tensile strength. We also assess dust level, web stability and bonding performance.
Raw material testing can show how your fibres behave in production. This helps reduce assumptions and supports better recipe decisions.
We can test pulp grades, bicomponent fibres, synthetic fibres and SAP. We can also assess fibre length, denier and moisture effects.
Airlaid forming trials help document web uniformity and edge stability. You see the achievable grammage range and possible machine speed.
We evaluate thermal bonding, latex bonding or other relevant bonding options. This helps you choose a route that supports quality and cost targets.
We adjust temperature, add-on and nip settings during the trial. These settings can help reach target strength, softness and web integrity.
Quality testing can include basis weight distribution, thickness and density. We can also test tensile strength, TEA, absorption time and capacity.
We compile results in a clear report with practical recommendations. If targets are not met, we propose next steps for improvement.
A structured airlaid feasibility study follows clear steps and milestones. This gives you control over scope, costs and technical outputs.
After testing, we translate findings into production line requirements. You receive guidance on forming, bonding, web handling and controls.
We can outline expected speed, energy use and staffing needs. If you proceed, we can design a line around your targets.
Our airlaid test line is designed for realistic process development. It helps you validate airlaid technology before moving to production scale.
You can visit our test centre and take part in trials. We keep communication clear, with defined timelines and direct feedback.
The test centre gives your team access to industrial process conditions. This supports more reliable conclusions than laboratory testing alone.
During trials, our engineers review air distribution, fibre dosing and web transfer. They also assess bonding control, cooling, winding and material handling.
If you buy airlaid externally, an airlaid feasibility study is a practical next step. It helps confirm what you can produce in-house.
You gain evidence for your investment case and production plan. The results can support discussions with management, customers and technical partners.
We can use trial data to define the main line configuration. This includes forming width, bonding method, automation level and downstream equipment.
Our team also considers maintenance access, operator safety and efficient cleaning. These factors support robust production and stable long-term performance.
A well-planned airlaid feasibility study reduces uncertainty before scale-up. It gives your team a stronger basis for technical and commercial decisions.
Considering in-house airlaid production? Talk to CAMPEN about airlaid technology, pilot testing and line configuration before you invest. Learn more about CAMPEN’s airlaid solutions or explore our airlaid test center.
Jens Erik Thordahl
Senior Airlaid Specialist