☎ SL HQ: +94 77 028 4746
☎ Overseas: +61 406 160 920
⚑ Pannipitiya, Sri Lanka  ·  Adelaide, Australia
Materials Sciences & Engineering

Engineering excellence in materials — from scratch to commercialization.

Intium is a specialist Materials Sciences & Engineering firm partnering with manufacturers across chemistry, polymers, polyurethanes, silicones, adhesives, coatings, rubber, latex, textiles, smart and sustainable materials, and nano-materials — integrated with AI & Machine Learning to position your operation firmly inside Industry 4.0 and the smart-factory paradigm.

Our Mission

Deliver the excellence of performance in Engineering Solutions.

Our Vision

Make a positive impact for the environment and society — for a better life.

Explore our services → Talk to our team
A Single Partner Across the Stack

Polymers · Textiles · Rubber & Latex · Adhesives · Nano Materials · Modern Lab Methods · Lean Operations · Industry 4.0

Polymer Pellets
Textiles & Apparel
Sports & Performance Wear
Intimates & Lingerie
Natural Rubber Tapping
Latex Products
Adhesives & Lamination
Coatings & Films
Nano Materials
Modern Lab Equipment
Process Engineering
Lean Manufacturing
Screen Printing
3D Printing
Spray Technologies
Plasma Technology
Raw Materials Refinery
Smart Factory · Industry 4.0
About Intium

A specialist materials & engineering partner for ambitious manufacturers.

Intium brings together professionals with strategic and operational R&D backgrounds drawn from multinational and export-oriented manufacturing. We work the full stack of Materials Sciences & Engineering — chemistry, polymers, polyurethanes, silicones, adhesives, coatings, functional and smart polymers, natural and synthetic rubber, latex, sustainable materials, and nano-materials.

From the first concept sketch through laboratory development, pilot-scale validation, and full commercialization, we partner with our clients to translate science into manufacturable, market-ready performance — wrapping every engagement in AI & Machine Learning tooling, IoT data, and Industry 4.0 architecture so your factory keeps learning long after the project closes.

Chemistry Polymers Polyurethanes Silicones Adhesives & Coatings Functional & Smart Polymers Natural & Synthetic Rubber Latex Sustainable Materials Nano Materials
Main Operations
Sri Lanka
Branch
Australia
Expansion
North America
Select a Service Area

How we engage.

Three doors into Intium's capability. Choose by material chemistry, by technology platform, or by the operational process you want to strengthen.

01 / Service Area

Materials

Specialist material development across five focused capability streams — from molecular formulation to commercial product launch.

02 / Service Area

Technologies

Process and platform technologies that turn material science into reliable, scalable manufacturing.

03 / Service Area

Processes

Operational excellence built on globally proven manufacturing methodologies — to lift productivity, quality, and cost.

Materials · High-Impact Projects

Selected work, anonymized for confidentiality.

Five flagship engagements — drawn from our team's documented delivery — demonstrating the depth and commercialization track-record we bring into every client partnership.

01
Polyurethanes — Adhesives & Coatings

Sustainable PU lamination & non-yellowing coating system for apparel

Development and commercialization of a bio-based PUR hot-melt adhesive system for fabric-to-foam lamination, paired with a non-yellowing 2K and water-based PU coating platform for printing on dark garments. Programme covered formulation, supplier qualification, pilot scale-up, and full production launch — including aliphatic-isocyanate routes for next-generation sustainability. AI/ML overlay: machine-learning models on process & ambient data forecast bond strength and yellowing risk in real time, turning the line into a self-correcting smart-factory cell.

30%
Glue consumption reduction
35→50%
OEE uplift on lamination
Commercialized
Print pre-treatment for dark garments
02
Silicone Polymers

UV-curing, low-temperature and specialty silicone formulations

A multi-track silicones programme spanning UV-curing silicones, low-temperature cure systems, HTV (high-temperature vulcanizing) silicones, and customer-specific specialty silicone formulations for application onto fabric and 3D substrates. Includes screen-printable PUD silicone systems, microwave-assisted post-cure routes, and direct-to-fabric polyurethane muscle-mapping for compression wear. AI/ML overlay: vision-AI cure verification and Bayesian DOE engines accelerate formulation discovery and embed Industry 4.0 traceability into every batch.

4 tracks
UV · Low-temp · HTV · Specialty
3D direct
Direct-to-fabric application
Scaled
From lab to apparel production
03
Natural Rubber & Tyre

Nano-modified natural rubber tyre compounds & latex non-wovens

Development of nanomaterial-based tyre compounds using locally sourced and organically modified montmorillonite (MMT) nanoclay — patent-protected — alongside a natural rubber latex–based sustainable non-woven fabric, taken through pilot-run validation. Programme combined elastomer R&D, advanced characterization (XRD, AFM, TEM, SEM, DMA, DSC, FTIR), and industrial scale-up methodology. AI/ML overlay: property-prediction models trained on characterization data shortcut new-compound development, and IoT-instrumented mixers feed a smart-factory dashboard for live recipe optimization.

Patented
Nanoclay tyre compound
Pilot-validated
Latex non-woven fabric
Local sourcing
Locally mined MMT input
04
Textile Plasma Applications

Patented plasma polymerization & waterless plasma-CVD coating

Pioneered a patented plasma polymerization process commercialized as a durable water-repellent finish on performance swimwear, and a first-of-its-kind waterless coating technology built on plasma-based chemical vapor deposition (CVD) — eliminating solvent and water use from textile finishing while delivering measurable economic impact at industrial scale. AI/ML overlay: closed-loop plasma controllers driven by reinforcement-learning models hold coating uniformity within microns, and computer-vision inline inspection flags defects before they leave the chamber.

Patented
Plasma polymerization process
$2M
Waterless coating innovation
Zero water
Solvent & water eliminated
05
Operational Modeling & Process Fine-Tuning

Lean Six-Sigma overhaul of high-pressure PU injection moulding

Full operational redesign of a high-pressure polyurethane injection moulding line — applying FMEA, RCE, DOE, SPC and Lean MOS principles to root out variability, stabilize chemistry, and align supply chain. Programme included supplier diversification (multiple PU formulation routes), QA digitization, and an internal third-party testing capability that generated new external revenue. AI/ML overlay: digital-twin simulation of the moulding line plus anomaly-detection models on sensor streams drive predictive maintenance and continuous yield optimization — a fully Industry-4.0-ready smart-factory blueprint.

−40%
Downtime reduction
<4%
Defect rate achieved
+25%
Throughput efficiency
Technologies

Platforms we build, scale and transfer.

Five technology disciplines we operate end-to-end — from concept through machine design, pilot validation and full-scale production deployment.

Textiles

Functional textile engineering covering plasma surface treatment, waterless coating, digital printing pre-treatment, 6-axis robotic spray dyeing, infrared dyeing, lamination and value-added finishing on woven, knit and non-woven substrates — wired with computer-vision QC and ML-based recipe prediction to drop your factory straight into Industry 4.0.

  • Plasma polymerization & CVD coatings
  • 2K and water-based PU printing
  • Robotic 6-axis spray dyeing for 3D forms
  • Infrared dyeing & custom machinery
  • AI vision-based defect detection & ML colour matching

Rubber & Latex

Elastomer formulation and process expertise across natural rubber, synthetic rubber and latex systems — including nanocomposite tyre compounding, latex-based non-wovens, and rigorous physical characterization to industrial norms. Layered with ML-driven property prediction and IoT-monitored mixing for smart-factory output consistency.

  • Nanocomposite tyre compounds (MMT-modified)
  • Natural rubber latex non-woven fabrics
  • Compounding, mixing & mill optimization
  • DMA, TGA, FTIR, DSC characterization
  • ML property prediction & IoT mixing telemetry

Polymer Processing

Deep capability across the polymer processing stack — injection moulding, extrusion, blow moulding, reaction injection moulding (RIM) and high-pressure PU moulding — including additive systems, recycled-content compatibility and additive manufacturing routes. Each line is digital-twin ready, with AI-assisted parameter tuning and predictive maintenance to meet Industry 4.0 OEE benchmarks.

  • Injection moulding & high-pressure PU
  • Extrusion & blow moulding
  • Reaction injection moulding (RIM)
  • PCR (post-consumer recycled) compounding
  • Digital twins & predictive-maintenance ML

Packaging

Circular and sustainable packaging system design — from polypropylene chairs and crates built on 70%+ PCR content, to closed-loop recycling models and Material Recovery Facility (MRF) integration with municipal and industrial waste streams. Wrapped in AI-vision sorting, ML-based contamination detection, and IoT-tracked traceability for full Industry 4.0 circularity.

  • PCR-rich (70%+) polypropylene products
  • Beer-crate circular recycling models
  • 100% ALDFG (ocean-net waste) products
  • AI-vision sorting at MRFs
  • IoT chain-of-custody & ESG reporting

Nano Materials

Industry-embedded nanotechnology capability — from nanocomposite synthesis to advanced characterization. Experience with nanoclay (MMT), ZnO nanowires, polymer nanocomposites, real-time 3D imaging of polymer curing, and nano-additive integration into elastomers. Accelerated by ML-driven materials informatics that compresses the discovery cycle and feeds a smart, data-rich R&D pipeline.

  • Polymer nanocomposites & synthesis
  • Locally sourced & modified nanoclay (MMT)
  • High-end characterization (XRD, AFM, TEM, SEM)
  • ML materials informatics & property prediction
  • Patent & IP development support

Tell us your platform.

Working at the edge of one of these disciplines, or somewhere across them? Our team has built bespoke platforms — including custom production machinery, cloud-based operational software, and AI/ML modules — for clients moving into uncharted Industry 4.0 ground.

  • Custom production machine design
  • Robotics & process automation
  • Cloud-based operational software (MVP-ready)
  • Custom AI/ML modules & IoT integration
  • Open-innovation & institute partnerships
Processes

Operational disciplines we transfer.

Globally validated methodologies built into your team — for measurable productivity, quality and cost outcomes.

01 · Methodology

Lean Manufacturing

End-to-end deployment of Lean MOS (Manufacturing Operating System) principles — installing SQDCM-based KPI cascades, lifting OEE through availability and productivity optimization, driving DIFOT to target, and embedding a structured New Product Launch (NPL) process from innovation through to production.

Documented outcomes from our team's prior work include OEE moving from 35% to 50% on a lamination department, glue consumption cut by 30%, lead times halved on materials, and ~18% efficiency gains alongside meaningful overhead reductions.

AI & ML layer: we wire Lean tools into a live data backbone — IoT-instrumented machines streaming into an AI/ML platform that auto-detects bottlenecks, predicts downtime, and turns your SQDCM board into a self-updating Industry 4.0 smart-factory cockpit.

  • SQDCM KPI Cascade
  • OEE Optimization
  • DIFOT
  • NPL Process
  • Manufacturing Operating System (MOS)
  • AI-Driven Bottleneck Detection
  • ML Predictive Maintenance
02 · Methodology

Problem Solving

Structured industrial problem solving combining Six Sigma toolkits with materials-science depth. Our team brings yellow-belt and full Lean Six Sigma project experience — applying FMEA, Root Cause Engineering (RCE), Design of Experiments (DOE), and Statistical Process Control (SPC) to defect rates, cycle-time, yield, and supplier-side variability.

Representative results from past engagements: downtime reduced by 40% on high-pressure PU moulding, defect rates pushed below 4% with 25% efficiency uplift, ISO 9001 & ISO 14000 establishment, and chemical compliance / safety protocol design with training and embedding.

AI & ML layer: Bayesian DOE engines, anomaly-detection ML on SPC streams, and causal-inference models accelerate root-cause analysis from weeks to hours — making Six Sigma rigour fit comfortably inside an Industry 4.0 smart-factory operating rhythm.

  • DOE (Design of Experiments)
  • FMEA
  • SPC
  • RCE (Root Cause Engineering)
  • Six Sigma (Yellow & Black Belt programmes)
  • Bayesian DOE & ML Anomaly Detection
  • ISO 9001 / ISO 14000
Industry 4.0 · AI & Machine Learning

Materials science, wired for the smart factory.

Every Intium engagement layers an AI/ML and IoT backbone onto the core materials and process work — so your factory does not just receive a new product or new method, it gains the intelligence to keep optimising itself.

01 · Smart Factory Architecture

From dumb line to learning line.

We instrument each cell with IoT sensors (temperature, viscosity, current draw, vibration, vision), pipe it into a cloud-based MES/operational software stack, and overlay a model layer that turns raw signal into decisions — alerts, set-point adjustments, predictive maintenance tickets, OEE forecasts.

  • IoT sensor integration on existing machines
  • Cloud MES & operational software (MVP-ready)
  • Real-time SQDCM smart-dashboards
  • Edge compute for low-latency control loops
02 · AI & Machine Learning

Models that earn their keep.

We build pragmatic ML models against the problems that actually move the P&L — defect detection, yield prediction, formulation discovery, predictive maintenance, energy optimisation, and supplier-quality forecasting. Every model is shipped with monitoring, retraining cadence, and an explainability layer your operators can trust.

  • Computer-vision defect & colour inspection
  • Bayesian DOE for accelerated R&D
  • Predictive-maintenance & anomaly-detection ML
  • ML-driven materials informatics & property prediction
  • Digital twin simulation of process lines
01
Sense
IoT-instrument your machines & processes
→
02
Connect
Cloud data backbone & smart-factory MES
→
03
Learn
AI/ML models predict, classify, optimise
→
04
Act
Auto set-points, alerts, smart dashboards
→
05
Improve
Continuous Industry 4.0 self-optimisation
Global Presence

Born in Sri Lanka. Built for the world.

Intium is headquartered in Sri Lanka with operations across three continents — a Sri-Lankan-grounded materials & engineering firm with the international footprint export-oriented manufacturers expect.

SRI LANKA Head Office — Pannipitiya Main Operations · R&D · Pilot AUSTRALIA Branch — Adelaide Modbury, South Australia EUROPE Operational Presence EAST ASIA Target Market NORTH AMERICA Planned expansion N Head Office Branch Presence / Target
SL
Head Office
Pannipitiya, Sri Lanka
No. 394/14, School Lane,
Emerald Gardens, Pannipitiya
+94 77 028 4746
AU
Branch
Adelaide, Australia
484 Wright Rd, Modbury,
Adelaide, South Australia
+61 406 160 920
EU
Operational Presence
Europe
Open-innovation partnerships
across the EU technology corridor
www.intium.com
NA
Planned Expansion
North America
Roadmap underway — talk to us
about regional partnerships
www.intium.com
Markets We Serve

Where we focus.

Intium is built for the Sri Lankan manufacturing economy first — with deliberate reach into export-oriented and global operations where our team's multinational experience adds disproportionate value.

Primary

Sri Lankan Manufacturing

Domestic manufacturers across apparel, rubber, plastics, packaging and consumer goods who want world-class materials and process capability without leaving the island.

Sri Lanka
Secondary

SL-Based with Overseas Branches

Sri Lankan-headquartered manufacturers operating overseas plants and export programmes — where consistent multi-site materials and process discipline is mission-critical.

SL + Overseas Operations
Tertiary

International Manufacturers

Manufacturers and brands based in priority markets where our team's footprint and language fluency unlock direct partnership and on-the-ground delivery.

AustraliaEuropeEast Asia
Get in Touch

Begin the conversation.

Most engagements start with a single conversation. Reach our Heads of Operations directly, or send us a brief through the form — our team typically responds within one business day.

Speak with us directly.

Two principal lines, two regions — pick whichever is closest.

Head of Operations — Sri Lanka
Chaminda Peris
+94 77 028 4746
Head of Operations — Overseas
Pasan Lewis Anthoni
+61 406 160 920
Head Office — Sri Lanka
No. 394/14, School Lane,
Emerald Gardens, School Lane,
Pannipitiya, Sri Lanka
Web · www.intium.com
Branch — Australia
484 Wright Rd, Modbury,
Adelaide, South Australia
Web · www.intium.com
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☎ +94 77 028 4746  SL HQ ☎ +61 406 160 920  Overseas ⚑ Pannipitiya · Adelaide
Contact Intium