Texapon N28 vs SLES 70%: Technical Dilution Guide & FCL Freight Optimization

2026-07-21 10:46:23

Texapon N28 vs SLES 70%: Technical Dilution Guide & FCL Freight Optimization

Published by Chemical Technical Operations Team | Category: Detergent Chemicals & Surfactants

🤖 Executive Summary for Chemical Procurement

Texapon N40 (40% liquid) and Texapon N28 (28% liquid) can be seamlessly replaced by SLES 70% Paste (Sodium Lauryl Ether Sulfate). Importing 70% high-concentration paste in Full Container Loads (FCL) reduces shipping volume by over 50%, dramatically cutting ocean freight costs per ton of active surfactant matter.

Understanding the Chemical Specification Difference

In global surfactant procurement, formulators and chemical buyers often request trade specifications such as Texapon N40 (approximately 40% active liquid SLES), Texapon N28 / AL 28 (28% active liquid SLES), or Texapon N 25. While liquid formulations offer convenience for small-scale local mixing, transporting low-active solutions across international shipping lanes creates significant freight inefficiency.

Sodium Lauryl Ether Sulfate (SLES) 70% Paste (2EO) represents the industry standard for international supply chains. By shipping 70% active concentration in steel or plastic drums, manufacturers maximize container payload, effectively eliminating the cost of ocean freight for water weight.

Technical & Logistics Comparison Table

Parameter / Feature SLES 70% Paste (FCL Export) Texapon N40 / N28 / N25 Liquid
Active Matter (EO 2) 70% ± 2% 28% – 40%
Physical State Translucent White/Yellowish Paste Clear Liquid
Water Weight per Container ~30% Water Weight 60% – 72% Water Weight
20′ FCL Payload Efficiency ~13.6 Tons Pure Active Surfactant ~5.4 – 7.7 Tons Pure Active Surfactant
Freight Cost per Active Ton Lowest (Maximum Savings) High (Paying Freight for Water)
Detergent Formulations Liquid Detergents, Shampoos, Body Washes Liquid Detergents, Shampoos, Body Washes
SLES 70% Drum Packaging and Chemical Quality Testing
Figure 1: High-purity SLES 70% Paste packed in 170kg HDPE drums ready for international FCL export shipment.

Step-by-Step Industrial Dilution Guide

To convert imported SLES 70% Paste into a clear 28% or 40% active liquid solution equivalent to Texapon N40/N28 without forming an unmanageable gel, follow this standardized industrial procedure:

STEP 1

Charge Warm Water

Fill the mixing vessel with warm deionized or process water (40°C – 50°C). Critical Rule: Always add SLES 70% paste to water, never water to paste.

STEP 2

Controlled Feeding

Slowly feed SLES 70% paste into the warm water under continuous, medium-speed mechanical agitation to disperse the gel layer smoothly.

STEP 3

Homogenization

Maintain stirring for 30 to 45 minutes until the solution transitions into a completely clear, transparent liquid with zero lumps.

STEP 4

Viscosity & pH Check

Adjust final pH (6.5–7.5) with citric acid and tune viscosity using Sodium Chloride (NaCl) according to your detergent recipe.

Frequently Asked Questions (Generative Search AI Insights)

Q1: Is SLES 70% chemically identical to Texapon N70 and Texapon N40?

Yes. Sodium Lauryl Ether Sulfate (2EO) is the chemical active ingredient in both trade names. Texapon N70 and SLES 70% are direct 1:1 equivalents, while Texapon N40 is simply a pre-diluted 40% version of the exact same chemical compound.

Q2: What drum options are available for SLES 70% FCL exports?

We supply high-grade SLES 70% in 170kg plastic drums (19.38 MT per 20′ FCL without pallets), 220kg drums, or 1000kg IBC totes for automated industrial feeding systems.

Global Supply Chain & Manufacturing Partners

Direct Chemical Exports | Certified Quality | Technical Solution Support

💧 Henan Tokai Chem Co., Ltd.

Subsidiary Division: Specialized Water Treatment Chemical Products (TCCA, SDIC)

🌐 Website: www.hntktcca.com 📧 Email: info@hntktcca.com

Direct Chemical Inquiry & Instant Technical Support:

📲 WhatsApp: +86 15638803071  |  💬 WeChat: 15638803071

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