24/28mm full cap cream pump

Cream Pump
January 09, 2026
Category Connection: Cosmetic Pump Dispenser
Brief: Want to know what makes this 24/28mm full cap cream pump so versatile and durable? In this video, we walk you through its practical applications across cosmetics, daily chemicals, and medical products. You'll see a detailed demonstration of its precision spring mechanism, protective cap design, and how it fits various bottle types without additional tooling costs.
Related Product Features:
  • Made from food-grade PP plastic for excellent toughness and corrosion resistance.
  • Features a precision spring mechanism for smooth pressing and prevents liquid splashing.
  • Includes a transparent PE straw that can be cut to fit 10ml-500ml bottle capacities.
  • Equipped with an identical-color protective cap to prevent accidental pressing and keep dust-free.
  • Offers strong sealing with screw-on interface design to eliminate leakage risks.
  • Built for high durability, withstanding over 10,000 presses for high-frequency use.
  • Supports full-color customization and logo printing for brand-specific visuals.
  • Compatible with standard bottle neck threads like 20/410, 24/410, and 28/410.
FAQs:
  • What materials are used in the 24/28mm cream pump?
    The pump body is made from food-grade PP plastic, and the transparent straw is made from food-grade PE material, ensuring safety and durability for various liquids.
  • Can the pump be customized for brand-specific needs?
    Yes, it supports full-color customization in options like white, gold, silver, and macaron colors, along with logo printing and hot stamping processes.
  • What bottle sizes and types is this pump compatible with?
    It is compatible with standard bottle neck threads such as 20/410, 24/410, and 28/410, and fits bottle capacities from 10ml to 500ml without requiring additional mold opening.
  • How durable is the 24/28mm cream pump?
    It is highly durable, capable of withstanding over 10,000 presses, which exceeds the standard 5,000-press limit of ordinary pumps, making it ideal for high-frequency use scenarios.