Built Around Coating
Built for End-Use Demands

PlsTect helps OEMs and manufacturers turn coated plastic, film, and glass materials into usable parts for demanding product applications.

What PlsTect Works On

PlsTect supports manufacturers with functional coatings and custom-coated product forms for plastics, films, and glass.

We work across  surface performance, material selection, project-based coating options, and fabrication support — helping coated materials become usable panels, covers, windows, and finished parts for real product environments.

Projects Delivered
40
Active Customers
80
Industries Served
36 +
Years Experience
12

Recent Product Developments at PlsTect

PlsTect is expanding selected coated product directions based on our work with functional surfaces, plastic and glass materials, and fabrication support.

PlsTect Motorcycle Windshields

Motorcycle Windshield

Short track speed skating fence (2)

Outdoor fence & barrier

forestry-glazing-feature

Heavy Equipment Cab Windows

Automation Manufacturing Protective Enclouse

Machine Guards

Anti Smudge Performance for Screen

HMI & Industrial Display Covers

LED Display Screen

Anti-Glare Glass Covers

Typical Problems PlsTect Solves

Surface issues rarely appear suddenly — they degrade performance, visibility, and reliability over time.

Fogging

Trouble: Loss of visibility in humid environments.

Solution: Requires an anti-fog surface for consistent clarity.

Glare

Trouble: Loss of visibility due to glare interference.

Solution: Controlled with anti-glare or anti-reflective coatings.

Durability

Trouble: Scratches, abrasion, and coating degrade over time.

Solution: Solved with hard coating or abrasion-resistant layers.

Contamination

Trouble: Fingerprints, dust, and chemicals affecting usability.

Solution: Solved through anti-smudge or easy-clean coatings, combined with hard coatings for abrasion resistance.

Integrated Solutions We Supply

Surface issues can be addressed by modifying how the surface behaves, not just by changing the material.

Fogging in Enclosed Equipment

Condensation quickly blocks visibility in humid or temperature-changing environments.

A hydrophilic surface keeps the viewing area clear by preventing droplet formation.

Glare on Display Interfaces

Reflections make screens and transparent surfaces difficult to read under strong light.

Surface treatments reduce reflection and stabilize visual clarity across lighting conditions.

Surface Damage in High-Use Areas

Frequent contact and cleaning gradually reduce clarity and surface quality.

Hard coatings improve abrasion resistance, maintaining long-term performance.

Contamination on User Interfaces

Fingerprints, oil, and residues interfere with usability and visual appearance.

Surface modification reduces adhesion, making contaminants easier to remove.

Coating and Application Support

PlsTect integrates coating formulation, process selection, substrate review, and application engineering. When coated materials need to enter a final product, we also review fabrication requirements such as cutting, CNC machining, bending, forming, printing, bonding, and edge finishing.

Coating is where surface performance begins. What matters is how the coating behaves under real conditions —including durability, visibility, and usability over time.

Industries PlsTect Serve

These surface challenges appear across multiple industries with different constraints, but similar underlying issues.

Touch panels, display covers, optical films and electronic interfaces.

lenses, sensors, inspection windows and precision optical assemblies.

Medical Devices

Medical housings, diagnostic equipment windows and transparent components.

Interior panels, instrument covers, lighting components and mobility system interfaces.

Machine covers, control panels, protective windows and industrial components.

Consumer electronics, appliances and professional equipment

PlsTect Capabilities

Different product applications may require more than one process route. We review coating methods together with substrate form, geometry, and fabrication needs so the material can move toward a usable part.

Spray Coating

For Complex Geometries and Flexible Application

Used when parts have irregular shapes or varying surface conditions.

Allows adaptable coating coverage across non-uniform structures.

Dip Coating

For Full-Surface Coverage and Consistency

Used when parts have irregular shapes or varying surface conditions.

Allows adaptable coating coverage across non-uniform structures.

Roller Coating

For Flat Substrates and Controlled Thickness

Designed for sheets and flat panels requiring precise coating control.

Enables stable and repeatable surface performance.

Vacuum Deposition

For Optical and Functional Thin Films/Glass

Used where surface properties require high precision and stability.

Applies thin coatings for controlled optical or functional performance.

Fabrication Support

For Coated Materials Becoming Final Parts

Used when coated sheets, films, or glass need to be cut, machined, bent, formed, printed, bonded, polished, or prepared for assembly.

Supports panels, covers, windows, interface surfaces, and other application-ready parts.

Why PlsTect

Coating development, substrate processing, and fabrication support are coordinated together, helping coated materials become usable panels, covers, windows, and interface parts.

A core team with 12 years of experience

Most of the members in the team have been in the industry for more than 12 years.

Engineering Collaboration

Work as one technical team, full participation and support from material to performance.

Manufacturing Consistency

Process control and testing infrastructure designed for repeatable production and validated quality.

Global Technical Support

Experience across multiple regions and industries, abide by the local certifications and regulations.

Quality Beyond Certification

PlsTect coating solution is supported by internal testing capabilities and recognized industry methods.
We evaluate performance through abrasion testing, optical measurement, environmental simulation, and durability validation.

Certifications and compliance standards are applied in accordance with project requirements.

Available Validation Methods and Documentation

ASTM D1044 / Taber Test

Wear Testing

Surface Hardness

Pencil Hardness / Nano Hardness

Light Transmission

Spectrophotometer Measurement

Haze & Clarity

ASTM D1003

Weather Resistance

UV / Humidity / Temperature Cycling

ISO9001 System

Cross Hatch Test

Quality system documentation

SGS Testing

Performance Testing Report

Brands We Work with

How We Support Your Project

PlsTect reviews how the material, surface performance, processing route, and quality targets connect with the customer’s end-use requirements. For certification-related projects, we support material and process validation, while the final approval depends on the finished product design and the responsible testing process.

For projects where several coating requirements overlap, start with our Surface Performance Hub.

Product & Application Review

We begin with where the part will be used, how it will function, and what the finished product needs to achieve in real application.

Standards & Quality Targets

We review the standards, certification path, optical targets, durability requirements, or validation concerns that may affect material and process decisions.

Material & Process Selection

We connect substrate, coating, thickness, fabrication, forming, printing, or lamination direction according to the final product requirement.

Sample&Prototype Support

We support sample review, technical data, available test records, process coordination, and production preparation for the customer’s validation process.

Compliance and validation awareness are treated as a first principle in project review, helping align material, fabrication, and end-use requirements from the start.

Start Your Project Review

Start Your Project Review

Share your material, coating, fabrication, or final part requirements. PlsTect can review the substrate, surface performance, drawings, samples, or application conditions before recommending a suitable direction.