In automotive manufacturing, masking tapes are widely used in painting, welding, and other production processes to protect non-processing areas and maintain product quality. However, elevated temperatures can challenge conventional pressure-sensitive adhesives (PSAs), leading to issues such as creep, adhesive bleed-out, and residue after removal. This article explains how proper SIS grade selection can improve heat resistance, adhesion stability, and clean removal performance for automotive masking tape applications.

As new energy vehicles face increasingly demanding thermal conditions, conventional SIS hot melt adhesives may suffer from creep, reduced cohesion, and adhesive residue. Discover how high-heat-resistant, high-cohesion SIS can help improve adhesive reliability in NEV interior assembly and other high-temperature applications.

In cold chain warehousing and frozen logistics, maintaining reliable adhesion performance at temperatures of -20°C and below remains a critical challenge for pressure-sensitive adhesive (PSA) manufacturers. Conventional SIS-based adhesives often experience reduced tack, poor wetting ability, and adhesion instability under ultra-low temperature conditions, resulting in label failure, edge lifting, and packaging issues. By incorporating a high-flow, low-styrene SIS with optimized high-diblock molecular design into existing SIS/SSBR formulation systems, adhesive manufacturers can improve low-temperature flexibility, wetting performance, and bonding stability without requiring major changes to existing production processes. This article explores the material mechanisms behind cold-chain adhesion failures and how specialty SIS solutions can support the development of high-performance low-temperature PSA applications.

Self-adhesive films for premium surface protection require more than basic scratch resistance. This article explores how SEBS and SEPS elastomers contribute to high transparency, low migration, weather resistance, and long-term storage stability in advanced protective film formulations.

This article explores the performance requirements of high-shear pressure-sensitive adhesive (PSA) applications and explains how a customized pure triblock SIS enhances cohesion, shear resistance, creep resistance, and long-term holding power while maintaining excellent processability.

High-temperature performance and creep resistance are critical properties for advanced hot melt pressure sensitive adhesives. This article explains how SIS molecular structure affects adhesive performance at elevated temperatures and how to select suitable SIS grades for industrial applications such as automotive wire harness tapes, high-temperature labels and masking tapes.

SIS Hot Melt Adhesive: Debonding Under Thermal Cycling — Root Causes & Formulation Solutions

Low-Rebound, High-Damping SEBS: The Upgrade Material for EVA Footwear, Sports Protection, Automotive Damping & Architectural Acoustics

High-Diblock SIS for High-Speed Label PSA: One Solution for Coating Flow Issues and Die-Cutting Stringing

Custom High-Temperature SIS: Performance Balance & Application Guide

How should we select the right SIS grades for formulating solvent-based pressure-sensitive adhesives?

SEBS-Based TPE Sealing Strip: Formulation & Application Guide