155g 160g Resin Impregnated Kraft Paper For Lamination

Impregnated Kraft // Introduction

The Engineered Core for High-Performance Composites
This resin-impregnated kraft paper is a specialized industrial material designed to serve as a critical reinforcement layer within laminated composites. By saturating strong kraft paper with thermosetting resins, it achieves a unique balance of properties essential for demanding technical applications. It is engineered to provide exceptional mechanical strength, thermal resistance, and dimensional stability when cured under heat and pressure, making it a fundamental component in the creation of durable industrial parts and panels.

Impregnated Kraft // Features

♦ Reinforced Mechanical Strength

The resin saturation process significantly enhances the inherent strength of the kraft paper, resulting in excellent tensile strength, tear resistance, and rigidity in the cured laminate.

♦ High Heat & Pressure Tolerance

Specifically formulated to withstand the heat and pressure of lamination presses, ensuring stable performance and reliable curing without degradation.

♦ Electrical Insulation & Durability

Provides good electrical insulating properties along with strong resistance to wear and abrasion, contributing to the longevity of finished components.

♦ Eco-Conscious Core Material

Based on a renewable kraft paper core, it offers a more environmentally sound alternative to synthetic-based reinforcement materials while maintaining high performance.

Impregnated Kraft // Options

We supply this technical paper in a range of specifications to meet specific lamination process and end-product requirements.

Impregnated Kraft // Uses

This material is a key component in the manufacture of high-strength, multi-layer industrial laminates:

♦ Structural Laminated Panels

Used as an interior ply in the production of panels for furniture, flooring (underlayment), truck trailers, and architectural elements.
♦ Industrial Composite Parts

Serves as a reinforcement layer in the molding of gears, bushings, washers, and other mechanical components requiring durability.
♦ Electrical Insulation Components

Utilized in laminates for electrical insulation boards, switchgear, and transformer components.
♦ Friction & Wear Materials

Acts as a base material in the production of certain friction linings and gaskets.