Customized 280ml PETG Square Foam Soap and Shampoo Bottle Hand Wash Liquid Plastic Bottle

Technical specifications

Customization guide

(customization hints) ...

Get inspired

(a short introduction to inspire customers)

Choose your model

Supplier's note

...

Ah, so in the format example, the Technical Specifications table uses Feature, Specification, Benefit. But the structured requirements mention Application Scenario. This is conflicting. Since the user provided the format example with Benefit, I'll follow that. The Application Scenario might be part of the Scenario Solution Paragraph instead.

Proceeding with that.

Now, for the Technical Specifications table:

Features would be Material, Capacity, Sealing Type, Shape, Surface Handling, Application. Specifications are PETG plastic, 280ml, pump sprayer, square, screen printing, and the applications listed. Benefits would be BPA-free safety, controlled dispensing, etc.

Customization Guide: The user can adjust the design elements via screen printing, maybe color options, or even minor shape adjustments? The vision detail says customization for branding, so perhaps the customization hint is "Adjustable design elements (logos, colors) via screen printing to meet branding needs."

Scenario Solution Paragraph: Example given is "Medium thickness fabric...", so here maybe "The square shape and transparent material make these bottles ideal for displaying skincare products in retail settings, while the pump sprayer ensures hygienic dispensing for hand washes in public restrooms."

Choose Your Model table: Need three versions. Since the product is 280ml, perhaps the models differ in material (PETG vs HDPE?), or pump type (basic vs advanced precision), or chemical resistance. Let's assume:

Parameters could be Material Type, Dispensing Precision, Chemical Resistance, Capacity (though fixed, maybe different sizes?), but the input says capacity is 280ml. Alternatively, maybe the models have different features like UV resistance or durability.

Alternatively, since the vision mentions BPA-free, maybe the Base is standard BPA-free, Advanced has higher chemical resistance, Pro has medical-grade materials.

Let me think of three parameters:

• Chemical Resistance: Base is standard, Advanced +15%, Pro +30% (as per example)
• Dispensing Precision: Base standard, Advanced precise, Pro ultra-precise
• Material Thickness: Base standard, Advanced 15% thicker, Pro 30% thicker for durability

Managers Note: Breakthroughs could be BPA-free material, ergonomic pump design, customization options. Then guide users: for basic needs, Base; for precise control, Advanced; for harsh chemicals, Pro.

Putting it all together now. </think>