---
type: product
title: Sunscreen Cream
url: https://www.dmcostech.com/product/sunscreen/sunscreen-cream
markdown_url: https://www.dmcostech.com/product/sunscreen/sunscreen-cream.md
product_type: simple
on_sale: false
currency: USD
stock_status: instock
categories:
  - Sunscreen
images:
  - https://www.dmcostech.com/wp-content/uploads/2025/06/Sunscreen-Cream-2.jpg
slug: sunscreen-cream
published: 2025-12-15T10:11:32Z
modified: 2026-07-22T09:15:18Z
language: en-US
word_count: 285
tokens: 976
---

# Sunscreen Cream

Sunscreen Cream

																															Next-Gen Featherlight Sunscreen Cream 

																															Introducing the World's First "Visibly Lightweight" Sunscreen: A Revolutionary OEM/ODM Solution.

		50% Lighter Texture, 100% Broad-Spectrum Protection.

Patent-Pending FluidTech™ Silicone Network for Non-Sticky SPF50+ Formulas – Lab-Proven 32% Longer Wear Time vs Conventional Creams.

0.83g/cm³ Density (Industry Avg: 1.12g/cm³)

28s Fast Absorption (3X Faster Than Thick Lotion)

			Technology Deep Dive The Sunscreen You Can SEE Through 

																																																									Three-dimensional network architecture

		Molecular visualization diagram: Comparison of the traditional water-in-oil and the siloxane-elastomer composite structure of this product.

Rather than O/W or W/O, it is a unique hydrated gel droplet (micron level) stabilized in the continuous phase of silicone oil, providing a water-based refreshing feel + oil-based extensibility + silicone silky smoothness.

			Key points of Core technology

		Replace traditional thickeners (carbomer/acrylate copolymer)

Achieve "solid fluidity" through cross-linked polydimethylsiloxane

Micron-sized titanium dioxide dispersion technology (particle size distribution diagram shows D50=120nm) UVB blocking rate: 98.7% (vs. competitor A 95.2%)

UVA-PF value: 28 (ISO standard requires ≥1/3 SPF)

SPF retention rate after water bath: 85% (80-minute water resistance test)

																																																																																	Instantaneous evaporation system

		Modified cyclopentadimethylsiloxane → Skin contact evaporation rate +220%.

Actual test data: The sticky feeling returns to zero 60 seconds after application (competing products require 240 seconds).

																													Anti-migration protective net

		Cross-linked polymer Net-Lock™ → Sunscreen migration rate ▼91%.

8-hour sun protection retention rate: 98.3% of us vs. 82.7% of competitors.

																																																																																	Quantified Sensory Lab Data

							
		
			
				
						
									Parameters								
						
						
									Our factory's traditional								
						
						
									Sunscreen technology								
						
									

			
			
									
														
											Ductility (mm²/mg)										
								
																
											58.7										
								
																
											22.3										
								
													

									
														
											Film thickness (μm)										
								
																
											10.2										
								
																
											28.5										
								
													

									
														
											Waterproof durability (minutes)										
								
																
											85										
								
																
											40										
								
													

									
														
											The ultraviolet blocking rate (370nm)										
								
																
											99.3%										
								
																
											94.8%										
								
													

							
		
		
			
				
						
									The accelerated test								
						
						
									Our factory's attenuation rate								
						
						
									The industry average								
						
									

			
			
									
														
											UVA protection at 45℃ for 3 months 										
								
																
											-3.2%										
								
																
											-18.7%										
								
													

									
														
											UVB protection										
								
																
											-1.8%										
								
																
											-12.3%										
								
													

									
														
											The risk of paste stratification										
								
																
											0%										
								
																
											34%