Knowledge Center

Jul 15, 20269 min read

Product Knowledge

Comprehensive technical knowledge of every PAPTEX product line — forming fabrics, dryer fabrics, press felts, and specialty products. Understand structures, materials, specifications, and application scenarios.

Jul 15, 20268 min read

Paper Machine Knowledge

Understand the three main sections of a paper machine — forming, press, and dryer sections — and the role of paper machine clothing in each. Covers fourdrinier, twin-wire, and hybrid configurations.

Jul 15, 20265 min read

PMC Fundamentals

An introduction to paper machine clothing: what PMC is, why it matters, basic types and functions, and how fabric selection affects paper quality and machine efficiency. Perfect for newcomers to the industry.

Jul 18, 20265 min read

What Is Paper Machine Clothing (PMC)? A Complete Introduction

Paper machine clothing includes forming fabrics, press felts and dryer fabrics. Learn what each section does, which specifications matter and how mills evaluate a position-specific design.

Jul 15, 20268 min read

Essential Fabric Terminology: Understanding Key PMC Specifications

Master the fundamental terminology of paper machine clothing — mesh count, CFM, FSI, caliper, tensile strength, and more. The foundation for understanding fabric specifications and making informed choices.

Jul 18, 202610 min read

PMC Selection Basics: 5 Key Questions Before Ordering

A basic guide to matching fabric to paper grade, machine speed, and production goals. The 5 key questions every paper mill should answer before ordering paper machine clothing.

Jul 18, 202612 min read

PMC Fundamentals Series: Complete Guide to Paper Machine Clothing

A comprehensive introduction to paper machine clothing designed for newcomers. Covers all three PMC types, their functions, selection criteria, and best practices for paper mills.

Jul 18, 20267 min read

Polyester vs Other Materials: PMC Material Selection Guide

Complete guide to PMC materials — polyester (PET), polyamide (PA/ nylon), PPS, and hybrid designs. How material choice affects fabric life, chemical resistance, and performance.