World's 3D Promo: TKPC's All-Plastic Mist Sprayer Eliminates Corrosion

  • TKPC
  • Beauty, Personal Care

  • Primary Packaging

  • Active, Smart Packaging

  • Plastic

  • All tags

Packaging issues like leaking or formula incompatibility are often linked to one thing: mixed materials. TKPC addresses this by rethinking the pump entirely. Their All-Plastic Pump collection is made solely from polypropylene (PP), removing metal components altogether. The result is a design that’s easier to recycle and far less prone to corrosion, even when used with more reactive formulas.

The 20S fine mist sprayer incorporates a 90-degree locking system aligned with ISTA6 e-commerce standards, helping prevent unintended spraying during transit. This not only protects products in shipping but also makes them more convenient to carry day-to-day, reducing the chance of leaks in bags or luggage.

Instead of relying on traditional internal components, the pump uses alternative mechanisms to improve durability and consistency:

  • A metal-free system eliminates the risk of rust or chemical reactions with acidic contents
  • A flexible reset structure keeps the pump functioning reliably, even in low temperatures
  • A clutch-style mechanism disengages internal tension when not in use, helping maintain long-term performance

Proven through testing

To ensure reliability, the pumps have been subjected to a wide range of evaluations, including:

  • Mechanical testing for torque, force, and dispensing consistency
  • Temperature exposure from 4°C up to 60°C
  • Repeated use trials reaching 20,000 presses without failure
  • Leak prevention checks under vacuum and extended water exposure
  • Drop testing to simulate real-world e-commerce delivery conditions

By simplifying the material structure, TKPC achieves both functional and environmental benefits. It’s a practical solution for brands that don’t want to compromise between performance and recyclability. Explore the 3D model to customize the bottle with your label and export images in realistic AI-generated scenes:

  • Juan Pablo Rueda
  • Product Info
  • English
  • Created 20 Apr 2026
  • Modified 14 Apr 2026
  • Hits 413