ISC Italy

ISC Italy 🇮🇹ISC srl is an innovation company in the PU World with a 30-year experience. Our successes are intended to help improve people’s lives. 🌿🌏

28/05/2026

Different polyurethane applications can require completely different mixing conditions.

Flow-rates, pressure management and process configurations may change significantly depending on the production environment and application itself.

For this reason, ISC develops different high-pressure mixing head technologies designed around specific industrial polyurethane processing requirements.

In the video, a closer look at ISC mixing head technologies for industrial polyurethane applications.

An in-depth article on ISC mixing head configurations and processing approaches will follow soon.

ISC will be exhibiting at Foam Expo North America 2026.An important opportunity to connect with professionals, manufactu...
25/05/2026

ISC will be exhibiting at Foam Expo North America 2026.

An important opportunity to connect with professionals, manufacturers and companies operating in the polyurethane processing industry.

During the exhibition, ISC will present its polyurethane processing technologies and industrial solutions developed for different production applications.

📍 Novi, Michigan, USA
📅 June 23–25, 2026
📌 Booth 2122

We look forward to meeting you at Foam Expo North America 2026.

20/05/2026

Not all polyurethane foams are designed to behave the same way.

Some formulations are developed to ensure structural stability and thermal insulation.
Others are engineered to provide flexibility, resilience, and resistance to repeated compression.

In flexible foam applications, performance is not defined only by softness.

Parameters such as elastic recovery, compression behavior, dimensional stability, and long-term fatigue resistance become integral parts of the final result.

For this reason, different polyurethane applications require different production approaches, process parameters, and foam behaviors.

In the video, an ISC Ultramix 60 system designed for flexible foam processing applications.

A sandwich panel is not simply meant to close a building structure.It must help maintain thermal stability over time.To ...
15/05/2026

A sandwich panel is not simply meant to close a building structure.

It must help maintain thermal stability over time.

To achieve this, the insulating core must remain uniform, stable, and properly bonded to the external facings.

For this reason, in polyurethane processing, density control plays a fundamental role.

The density range generally required in production is around 38–40 g/l.

Outside this range, the panel can develop visible defects such as:
– uneven density distribution
– bubbles and surface imperfections
– panel distortion
– delamination between the steel facing and the polyurethane core

At the same time, excessive density can increase raw material consumption by up to 5–10%.

In industrial insulation systems, energy efficiency and panel quality start during production.

Most production issues do not start at the end of the line.They start during mixing.If pressure and flow are not perfect...
12/05/2026

Most production issues do not start at the end of the line.

They start during mixing.

If pressure and flow are not perfectly controlled:

– the ratio between components changes
– the foam structure becomes irregular
– internal stresses build up over time

Precisely to avoid pressure or flow variations, our machine self-regulates using predefined tolerance data and alerts the operator directly through the control panel.

More insights on sandwich panel production, high-pressure foaming systems, and polyurethane processing coming soon.

07/05/2026

Two panels can look identical.
They’re not.

In sandwich panel production, even small variations during the mixing phase can affect:

– product quality
– material consumption
– process stability

The required density range is typically around 38–40 g/l.
Below this range, quality issues may occur.
Above it, material waste increases — in some cases up to 5–10%.

When mixing is not properly controlled, the effects become visible almost immediately:
• uneven density
• visible defects and bubbles
• panel distortion
• assembly difficulties
• delamination between the steel facing and the polyurethane core

Precision during foaming is not just a process detail.
It’s one of the factors that defines the final panel performance.

More insights on sandwich panel production and polyurethane processing coming soon.

04/05/2026

Some races go beyond sport.

ISC is proud to have supported the SocCorsa Marathon — an initiative that brings people together for a cause that matters.

Because progress is not only what we build,
but also what we support.

______________________________

Ci sono corse che vanno oltre lo sport.

ISC è orgogliosa di aver supportato la SocCorsa Marathon — un’iniziativa che unisce le persone per una causa importante.

Perché il progresso non è solo ciò che costruiamo,
ma anche ciò che scegliamo di sostenere.

In polyurethane production, performance is never accidental.Every line works as a system.But within that system, there’s...
30/04/2026

In polyurethane production, performance is never accidental.

Every line works as a system.
But within that system, there’s a point where everything is decided.

Not at the beginning.
Not at the end.

But in the moment where materials are mixed.

High-pressure foaming is not just a technology choice.
It’s what defines:

– consistency
– efficiency
– material usage
– final product quality

Whether in sandwich panel production or other PU applications,
this is the phase where precision matters the most.

Because here, the process either works —
or starts to fail.








29/04/2026

Most people look at a production line and see machines.
We see something else.

A process where every phase is connected.
Where each step influences the next.
Where performance is not defined by a single unit —
but by how everything works together.

From coil feeding to roll forming,
from foaming to cutting, handling, cooling and final packaging —
what you’re seeing is not a sequence of machines.

It’s a system.

And in polyurethane processing,
that’s where the real difference is made.

Follow our page to see how engineering turns complexity into control.


23/04/2026

There’s a word that’s often used in the industry,
but rarely fully understood: user-friendly.

In an industrial line, it doesn’t simply mean “easier” in a superficial sense.
It means fewer operational variables, more stable processes,
and clearer day-to-day decisions for those working on the machine.

When a system is well designed,
complexity doesn’t disappear — it is managed at the right stage of the process.
And that’s what makes a line truly usable over time.

During factory testing phases,
this approach becomes clearly visible:

process consistency
controllable parameters
greater operational predictability

It’s not a detail.
It’s a design choice that directly impacts the experience of those who use the machine every day.

In the next contents, we’ll go deeper into how this principle
takes shape in real systems and solutions.

Indirizzo

Viale Cesare Cattaneo, 26b
Cantù
22063

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+390316123954

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