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Description
This premium laminated paper brown sheet is a high‑performance phenolic laminate engineered for demanding CNC routing and milling applications. Manufactured from layers of high-grade paper impregnated with phenolic resin, it delivers excellent mechanical strength, rigidity and dimensional stability in a compact, easy-to-machine sheet format.
Ideal for precision components, jigs, fixtures and electrical insulation parts, this brown phenolic laminate performs reliably in industrial, engineering and workshop environments. Available in a range of thicknesses from 0.5 mm up to heavy-duty options, and in practical sheet lengths of 1070 mm, 1400 mm, 2140 mm and 2800 mm, it can be selected to suit both small prototype work and high-volume production.
Product Features
- High-performance paper-based phenolic laminate in a brown finish for engineering and industrial use.
- Available thicknesses from 0.5 mm, 0.8 mm, 1 mm, 1.5 mm, 2 mm and many additional thickness options for versatile design requirements.
- Standard sheet width of 1240 mm to maximise yield when nesting CNC-routed parts.
- Multiple sheet lengths: 1070 mm, 1400 mm, 2140 mm and 2800 mm to suit different machine beds and project sizes.
- Dense, rigid construction designed for clean routing and milling with minimal chipping when using appropriate tooling.
- Good electrical insulating properties, suitable for use as barrier plates, panels and non-conductive components.
- Stable, flat sheet format ideal for secondary operations such as drilling, tapping and bonding.
Key Features and Benefits
- Excellent machinability on CNC routers and milling centres, helping to achieve accurate, repeatable parts with reduced finishing time.
- High mechanical strength and rigidity provide durable components that resist deformation under load.
- Good dimensional stability across the range of sheet sizes and thicknesses supports tight tolerances in precision assemblies.
- Paper-based laminate with phenolic resin offers reliable electrical insulation in control panels and equipment housings.
- Wide choice of thicknesses and multiple sheet lengths allows efficient material usage and optimised nesting, helping to minimise waste.
- Brown surface finish offers a professional appearance and helps differentiate insulated or non-metallic parts within assemblies.
Specifications
| Specification | Detail |
|---|---|
| Material Type | Paper-based phenolic laminate (laminated paper sheet) |
| Colour | Brown |
| Available Thicknesses (mm) | 0.5, 0.8, 1, 1.5, 2 mm plus a further range of thicker options |
| Sheet Width (mm) | 1240 mm (standard) |
| Sheet Lengths (mm) | 1070, 1400, 2140, 2800 mm |
| Typical Applications | CNC routed components, jigs and fixtures, insulating plates, structural panels |
Applications and Ideal Uses
This phenolic laminated paper sheet is suited to a wide variety of engineering, manufacturing and workshop tasks where strength, machinability and electrical insulation are required.
- Precision CNC-routed components and machined panels for machinery and equipment.
- Jigs, fixtures and templates for production lines and fabrication shops.
- Electrical and electronic insulation plates, barriers and mounting boards.
- Non-metallic structural parts and spacers in mechanical assemblies.
- Prototype parts and test pieces where a stable, easy-to-machine laminate is needed.
Frequently Asked Questions
Is this laminated paper brown sheet suitable for CNC routing and milling?
Yes, this phenolic laminate is specifically designed for machining on CNC routers and milling machines. When used with sharp carbide tooling and appropriate speeds and feeds, it produces clean edges and accurate profiles.
Which thickness and sheet size should I choose for my project?
Thinner sheets such as 0.5 mm to 1 mm are ideal for lightweight panels, shims and small insulating parts, while thicker options provide greater rigidity for structural components, jigs and fixtures. Select from the available sheet lengths (1070, 1400, 2140 or 2800 mm) and the standard 1240 mm width to match your machine bed and optimise nesting.
Can this material be drilled and tapped after routing?
Yes, the material can be drilled, countersunk and, in suitable thicknesses, tapped using standard workshop tools. Using sharp drills and avoiding excessive feed rates will help maintain clean holes and prolong tool life.