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Oct . 20, 2025 14:00 Back to list

PP rigid sheet(embossed surface) - anti-slip, durable


Field Notes on a Tough Workhorse: PP rigid sheet(embossed surface)

If you’ve spent time around chemical tanks, plating lines, or semiconductor wet benches, you’ve seen it: that matte, grippy texture that refuses to crack or complain. The truth is, demand for rugged, cut-to-size thermoplastics has climbed as plants modernize and OEMs try to simplify maintenance. And the PP rigid sheet(embossed surface) keeps showing up in shortlists—partly because it balances cost, machinability, and chemical resistance without turning into a diva under stress.

PP rigid sheet(embossed surface) - anti-slip, durable

What’s trending in PP embossed sheets

Two things, mostly. First, factories want safer handling—embossed surfaces give better grip and hide scuffs. Second, customization: colors, cut-to-size, drilled, chamfered, ready to bolt in. Many customers say they’re tired of over-engineered composites when a tough PP copolymer does the job, especially for tanks and lab furniture.

Typical specifications (real-world values may vary)

Parameter Spec / Range Method
Thickness ≈ 3–15 mm Production range
Width ≈ 1000–1500 mm Production range
Length Any (cut-to-size service) Service option
Density ≈ 0.90–0.91 g/cm³ ISO 1183-1
Tensile strength ≈ 28–35 MPa ISO 527
Notched Izod ≈ 30–60 J/m ASTM D256
HDT @0.46 MPa ≈ 80–100 °C ASTM D648
Vicat softening ≈ 150 °C ISO 306
Surface / Colors Embossed; natural, grey RAL7032, black, light blue, yellow, custom Factory options

How it’s made (short version)

Material: PP-H or PP-C pellets (often UV-stabilized on request). Process: twin-screw extrusion → embossed chill-roll texturing → calibrated cooling → annealing to reduce internal stress → cut-to-size. Testing: tensile (ISO 527), impact (ASTM D256), thickness/flatness checks, water absorption (ISO 62), occasional spark testing for tank-grade panels. Service life: indoors ≈ 10–15 years; outdoors with UV-stabilized grade ≈ 5–8 years depending on sun and chemicals.

Where it actually works well

  • Chemical tanks and plating barrels—resists acids/alkalis, low stress-cracking.
  • Lab and etching equipment—non-absorbent, easy to clean.
  • Semiconductor wet-process tools—stable, low moisture uptake.
  • Industrial doors, partitions, machine guards—embossed grip hides wear.
  • Swimming pools and water treatment—chlorine-friendly compared with many plastics.

Why engineers pick it

  • High impact for the weight; low density helps with ergonomics.
  • Excellent chemical resistance across pH spectrum; minimal water absorption.
  • Easy to weld and machine; fewer tension cracks than many rigid plastics.
  • Embossed surface improves handling and aesthetics, to be honest.

Vendor snapshot (what buyers usually compare)

Vendor Range & Service Certs & QC Lead Time
Lida Plastic (Hebei, China; No.316 Pingan West Street, Shunping County, Baoding 072250) 3–15 mm; 1000–1500 mm; cut-to-size; color match Strict in-house QC; RoHS; material MSDS; UL 94 HB material typical ≈ 7–15 days depending on color
Generic importer Limited colors; stock sizes only Mixed documentation Stock-dependent
Local fabricator Excellent machining; may outsource sheets Project-based Fast for small runs

Customization and certifications

Colors: natural, grey RAL7032, black, light blue, yellow, or matched. Cuts, chamfers, CNC routing, and welding strips are common add-ons. Typical compliance: RoHS; UL 94 HB flammability rating for standard PP. Test reports available on request. Many buyers ask for batch tensile and impact data—reasonable, and it speeds up approvals.

Quick case notes

  • Electroplating upgrade (SEA): swapped brittle PVC for PP rigid sheet(embossed surface) in barrel liners; downtime dropped, operators liked the grip.
  • University lab benches (EU): specified grey RAL7032; low water absorption (ISO 62) kept panels flat over winter—surprisingly steady.
  • Pool retrofit (NA): black embossed panels for pump-room splash zones; easy wipe-down, no chalking with UV-stabilized grade.

Note: Data are typical ranges; actual performance depends on grade (PP-H vs PP-C), environment, and fabrication. Always validate with your process chemicals and temperature profile before sign-off.

References

  1. ISO 527 – Plastics — Determination of tensile properties
  2. ASTM D256 – Izod Pendulum Impact Resistance
  3. ASTM D648 – Heat Deflection Temperature
  4. ISO 306 – Vicat Softening Temperature
  5. UL 94 – Flammability of Plastic Materials
  6. EU RoHS Directive Overview

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