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Electronic Systems: Surface Treatments & Finishes Poster

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Electronic Systems: Surface Treatments & Finishes Poster

The Electronic Systems: Surface Treatments & Finishes A1 poster is an engaging and informative classroom resource that introduces students to the methods used to protect electronic and mechanical components from corrosion, wear and friction. Ideal for Design & Technology and STEM learning, this poster breaks down key surface treatment processes in a clear, accessible way.

Learners explore how PCB lacquering (conformal coating) protects printed circuit boards from moisture, dust, extremes of temperature and chemical exposure. The chart explains how lacquer appears under UV light during quality control, helping students understand real industrial inspection methods.

The poster also covers lubrication, explaining how oils, greases and dry lubricants like graphite reduce friction between moving parts. Real-world examples—such as hinges, bearings, gears and locks—illustrate how different lubricants are used across electronic and mechanical systems, improving efficiency and reducing wear.

Bright images, colour-coded sections and concise text make this poster ideal for lesson delivery, revision and project support. Its large A1 size ensures that every detail is readable from anywhere in the classroom, making it an excellent long-term reference display.

Key Benefits

✔ Explains PCB lacquering and how it protects electronic components

✔ Covers lubrication methods and real-world applications

✔ Supports Years 7–12 Design & Technology and STEM curriculum

✔ High-quality A1 design ideal for classroom displays

✔ Helps students understand industrial maintenance and protective finishing processes

A valuable teaching aid for schools delivering electronics, engineering principles and systems & control.

Perfect for:

  • Teachers
  • School pupils
  • Home-schooling parents

Versatile Usage:

  • As a teaching aid in classrooms
  • As a revision summary at home

📏 Specifications:

  • Dimensions: A1 Poster (840mm x 594mm)
  • Material: High-quality 170 GSM gloss paper with 70-micron laminated finish

Key Features:

  • 🌈 Colourful & Engaging: Captures attention and boosts interest
  • 💡 Improve Understanding: Simplifies complex topics
  • 🎓 Curriculum-Based: Designed to align with educational standards
  • 🌳 Eco-Friendly: Printed on FSC-certified paper

Our posters are laminated for durability, providing a water-resistant, anti-tear finish that’s easy to clean and built to last.


Important Update on Lamination:

We are transitioning to a new, thinner lamination as part of our supplier’s commitment to sustainable and cost-effective production. While you may receive a mix of older and newer laminations during this period, rest assured that both versions maintain the same high-quality standard you expect from Daydream Education.

We appreciate your feedback on the updated lamination to help us refine this change. Feel free to share your thoughts—we value your input!

Thank you for supporting our move towards more sustainable practices.

$7.51

Original: $25.02

-70%
Electronic Systems: Surface Treatments & Finishes Poster

$25.02

$7.51

Product Information

Shipping & Returns

Description

The Electronic Systems: Surface Treatments & Finishes A1 poster is an engaging and informative classroom resource that introduces students to the methods used to protect electronic and mechanical components from corrosion, wear and friction. Ideal for Design & Technology and STEM learning, this poster breaks down key surface treatment processes in a clear, accessible way.

Learners explore how PCB lacquering (conformal coating) protects printed circuit boards from moisture, dust, extremes of temperature and chemical exposure. The chart explains how lacquer appears under UV light during quality control, helping students understand real industrial inspection methods.

The poster also covers lubrication, explaining how oils, greases and dry lubricants like graphite reduce friction between moving parts. Real-world examples—such as hinges, bearings, gears and locks—illustrate how different lubricants are used across electronic and mechanical systems, improving efficiency and reducing wear.

Bright images, colour-coded sections and concise text make this poster ideal for lesson delivery, revision and project support. Its large A1 size ensures that every detail is readable from anywhere in the classroom, making it an excellent long-term reference display.

Key Benefits

✔ Explains PCB lacquering and how it protects electronic components

✔ Covers lubrication methods and real-world applications

✔ Supports Years 7–12 Design & Technology and STEM curriculum

✔ High-quality A1 design ideal for classroom displays

✔ Helps students understand industrial maintenance and protective finishing processes

A valuable teaching aid for schools delivering electronics, engineering principles and systems & control.

Perfect for:

  • Teachers
  • School pupils
  • Home-schooling parents

Versatile Usage:

  • As a teaching aid in classrooms
  • As a revision summary at home

📏 Specifications:

  • Dimensions: A1 Poster (840mm x 594mm)
  • Material: High-quality 170 GSM gloss paper with 70-micron laminated finish

Key Features:

  • 🌈 Colourful & Engaging: Captures attention and boosts interest
  • 💡 Improve Understanding: Simplifies complex topics
  • 🎓 Curriculum-Based: Designed to align with educational standards
  • 🌳 Eco-Friendly: Printed on FSC-certified paper

Our posters are laminated for durability, providing a water-resistant, anti-tear finish that’s easy to clean and built to last.


Important Update on Lamination:

We are transitioning to a new, thinner lamination as part of our supplier’s commitment to sustainable and cost-effective production. While you may receive a mix of older and newer laminations during this period, rest assured that both versions maintain the same high-quality standard you expect from Daydream Education.

We appreciate your feedback on the updated lamination to help us refine this change. Feel free to share your thoughts—we value your input!

Thank you for supporting our move towards more sustainable practices.