HEAT & COOLING product by Houses of TaeJin

Launch Worldwide Date (First worldwide launch must have been launched within 12 months prior to the event). Date (Month/Day/Year)

12/12/2025

Product Description (No Prototypes accepted)

This cosmetic packaging solution creates a premium matte finish directly during blow molding, without using conventional spray coating. This innovation reduces additional processing, VOC emissions, energy use, and production time. The Heat & Cool technology rapidly heats and cools the mold to reproduce a fine etched pattern on the container surface, thus creating a matte appearance. After this, a plasma surface treatment can be applied for improved printing adhesion. In tests, the treatment demonstrated a more than two-fold improvement in printing adhesion, alcohol-resistance, and cross-cut tests compared to the conventional surface treatment. The process is compatible with various cosmetic container shapes and is suitable for premium beauty packaging and recyclable packaging strategies.

Research, Clinical Tests & Trials Results (Safety & Dermatological)

As this is a packaging technology rather than a cosmetic formula, clinical or dermatological testing is not applicable. The technology has been technically evaluated through third-party performance testing by KTR (Korea Testing & Research Institute). Heating & cooling performance: Mold heating to 75°C and cooling to 55°C were each achieved within the target time of 25 seconds. Surface quality: Surface roughness and matte surface depth were evaluated on the Sulwhasoo Soonhang 200ml container using standardized measurement methods. Gloss & gloss uniformity: Gloss level at 60° and surface gloss uniformity were independently evaluated by KTR. Additional development results showed more than two-fold improvement in printing adhesion in adhesion, alcohol-resistance and cross-cut tests compared with the conventional surface treatment

Claims & Benefits

Premium and uniform matte appearance Smooth and refined tactile experience Improved surface durability and scratch resistance Improved printing adhesion after plasma treatment Reduced production steps by eliminating spray coating Reduced VOC emissions Reduced energy consumption and manufacturing time Potential to improve recyclability compared with coated packaging Suitable for premium cosmetic and beauty packaging Applicable to various PET blow container shapes

Technology Features

Heat & Cool temperature-controlled blow molding Rapid heating and cooling within the mold Micro-pattern etching for direct matte surface reproduction All-in-One matte solution completed during molding Plasma surface treatment for improved printing adhesion Reduced dependence on secondary coating processes Suitable for round, oval and special-shaped containers Dedicated Heat & Cool ISBM production equipment Flexible production system for future volume expansion

Packaging Materials

PET blow-molded cosmetic packaging ISBM (Injection Stretch Blow Molding) process Etched mold surface for direct matte texture reproduction No additional spray coating required for the matte effect Plasma surface treatment can be applied for improved printing adhesion Compatible with various cosmetic container shapes Suitable for premium beauty packaging and recyclable packaging strategies

Website and/or Social Media Channels + Editorial pitch

website: www.tjchem.co.kr Editorial Pitch: “A premium matte cosmetic bottle created directly through molding—without spray coating.”

Product Innovation

The key innovation is that the matte finish is created directly during the blow molding process instead of being added through a separate coating operation. Heat & Cool technology rapidly heats and cools the mold to reproduce a fine etched pattern on the container surface. This creates a consistent matte appearance while reducing additional processing, VOC emissions, energy use and production time. The solution also combines plasma surface treatment to improve printing adhesion, providing both premium aesthetics and practical manufacturing benefits in one integrated process.

Ingredients List & Formulation (INCI List Mandatory)

N/A – Packaging Technology This product is a cosmetic packaging manufacturing technology and does not contain a cosmetic formulation or INCI ingredients. The main material is PET used for blow-molded cosmetic containers. The technology focuses on mold surface etching, Heat & Cool temperature control and optional plasma surface treatment rather than on a cosmetic formulation.

How to use it

A PET preform is placed into the Heat & Cool mold. The mold is rapidly heated to improve pattern transfer. The etched micro-pattern is reproduced directly onto the container surface. The mold is rapidly cooled to stabilize the shape and surface texture. Optional plasma treatment can be applied to improve printing adhesion. The finished container can then proceed to filling, decoration and final packaging. No additional matte coating application is required.

Sustainability List of Certifications

ISO 14001 – Environmental Management System GRS certification Spray coating process eliminated for the matte effect VOC emissions from the matte coating process reduced to zero Reduced energy consumption by eliminating secondary coating Reduced manufacturing steps and production time Supports the use of recycled plastic materials such as PCR Designed to support improved recyclability compared with conventionally coated packaging

Certifications & Patents

KTR Performance Testing – August 2025 Heating & cooling performance Surface depth / roughness Gloss and gloss uniformity Patent application – August 2024: “Blow molding apparatus and blow molding method for cosmetic containers” Patent application – October 2024: “Container manufacturing method using blow molding and plasma treatment” ISO 9001 – Quality Management System ISO 14001 – Environmental Management System ISO 45001 – Occupational Health & Safety Management System GRS certification INNOBIZ certification

策略伙伴

HEAT & COOLING product

This product is a finalist in the category 可持续性 of Cosmopack Asia 2026