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Last edited: 06/08/13

Plastics

Plastics General Reports

Polymer Names

Polymer Processing Methods Selector

Identification of Plastics

Appropriate Uses of Extrusions

Extrusion and Plastics

RAPRA Review Report

Design Questions

Process Selection (Features)

Process Selection (Materials)

Extrusion Definitions

Plastics Timeline

Polymer Chemistry

Plastic and Composite Windows

Pentamode

Wood Plastic Composites - A new opportunity

Product Costing

Extrusion Design Tips

Wood Plastic Composites - A Review Paper

Pultrusion

Shrinkage in Plastics Processing

Electricity - A First Primer

Labour Costs Don't Matter Any More

Periodic Table of Polymers

High temperature plastics

Thermal degradation of plastics

Low temperature plastics

Polymer structures

Design Guides for Plastics

Design Guides for Plastics

Polymer Data Files

Introduction

Plastics - A Brief Introduction - A 3 page introduction to plastics and processing methods

Quick Polymer Guide

Acrylonitrile Butadiene Styrene (ABS)

Polyamide (PA)

Polybutylene (PB)

Polycarbonate (PC)

Polyether ether ketone (PEEK)

Polyether sulphone (PES)

Polymethyl methacrylate (PMMA)

Polyoxymethylene (POM)

Polyphenylene oxide (PPO)

Polypropylene (PP)

Polystyrene (PS)

Polyvinyl Chloride (PVC)

Business Workshop Reports

Rigid Plastics Packaging - Nestl?/a>

Medical Products - Boots Healthcare International

Furniture Products - Evertaut

Computer Products - IBM

Household Products - Lakeland

Garden Products - Electrolux Outdoor Products

Automotive Products - Jaguar Cars

Toy Products - TP Activity Toys

Telecommunications Products

Office Products - ACCO (Europe)

Cleaner Design

Resource Efficiency

Cleaner Design - Investing to increase profit

Cleaner Technology - An essential guide for industry

Cleaner Product Design - An introduction for industry

Cleaner Product Design - Examples from industry

Cleaner Product design - A practical approach

Windows and facades

Windows General Reports

Weather Testing of Windows

Windows Standards

PVC-u or PVC-U?

Thermal expansion of PVC-U

PVC-U windows in Fires

Wind Speeds and Pressures

Recycling of PVC-U windows and building products

Plastic and Composite Windows

Windows - A total cost approach

Is your factory layout costing money?

ISO 9002 - An employees guide

Maintenance of PVC-U Windows

Installation of PVC-U Windows

PVC and the Environment

Energy rating of facades

Glass Timeline

Health and Safety at Work

Window Maintenance 1

Window Maintenance 2

Window Maintenance 3

Lifelong Ambition - Window Maintenance

Waste in Glass Processing

Energy in Glass Processing

Glazing - The Uncertain Future

Cleaner Design in Facades - A Route Map for the Future

Thinking about materials

The Pinking of PVC-U

Float Glass Production

Windows - A Transparent Case for PVC

Manufacturing Strategy

Manufacturing Strategy 1 - The Essential Part

Manufacturing Strategy 2 - The Systems

Manufacturing Strategy 3 - Just in Time

Manufacturing Strategy 4 - Optimised Product Technology

Manufacturing Strategy 5 - Work Cells

Manufacturing Strategy 6 - Machines

Manufacturing Strategy 7 - Machines (2)

Manufacturing Strategy 8 - Scheduling and KANBAN

Manufacturing Strategy 9 - Waste (Methods)

Manufacturing Strategy 10 - Waste (Materials)

Manufacturing Strategy 11 - Supply Chain

Manufacturing Strategy 12 - Measurement

Manufacturing Strategy 13 - Things to do NOW!

Manufacturing Strategy 14 - The Cost of Quality

Manufacturing Strategy 15 - The hidden cost of inventory

Manufacturing Strategy 16 - Environmental management

Manufacturing Strategy 17 - Continuous Improvement

Energy And Environment

Energy Management (General)

Reducing Energy Costs

Accounting for energy efficiency

Fuel Management Guide

Electricity - A First Primer

Energy Management in Plastics Processing

Energy in Plastics Processing - A Practical Guide

Energy Management in Plastics Processing - Technology Briefing

Energy Management in Plastics Processing - The complete series (September 2005)

Energy Management in Plastics Processing 01 - The Basics

Energy Management in Plastics Processing 02 - Site Energy Use

Energy Management in Plastics Processing 03 - Capital Equipment Selection

Energy Management in Plastics Processing 04 - Injection moulding

Energy Management in Plastics Processing 05 -  All-electric injection moulding

Energy Management in Plastics Processing 06 - Extrusion

Energy Management in Plastics Processing 07 - Blow Moulding

Energy Management in Plastics Processing 08 - Drying

Energy Management in Plastics Processing 09 - Cooling

Energy Management in Plastics Processing 10 - Motors and Drives

Energy Management in Plastics Processing 11 - Compressed Air

Energy Management in Plastics Processing 12 - Buildings

Benchmarking Energy Use in Plastics Processing

Low Energy Plastics Processing - EuRecipe Report

Energy Management in Plastics Processing - A measurement framework

Energy Management in Plastics Processing - Top Tips Poster

Energy Management in Plastics Processing - Staff Training

Energy Management in Plastics Processing - A Signposting Guide from the BPF

Energy Saving Tip of the Month 1 - Getting started: Energy Management Systems

Energy Saving Tip of the Month 2 - Integrating energy into the accounts

Energy Saving Tip of the Month 3 - Site surveys

Energy Saving Tip of the Month 4 - The electricity bill

Energy Saving Tip of the Month 5 - Assessing performance - electricity

Energy Saving Tip of the Month 6 - The gas bill

Energy Saving Tip of the Month 7 - Injection Moulding 1

Energy Saving Tip of the Month 8 - Injection Moulding 2

Energy Saving Tip of the Month 9 - Injection Moulding 3

Energy Saving Tip of the Month 10 - Extrusion 1

Energy Saving Tip of the Month 11 - Extrusion 2

Energy Saving Tip of the Month 12 - Extrusion blow moulding

Energy Saving Tip of the Month 13 - Injection blow moulding

Energy Saving Tip of the Month 14 - Thermoforming

Energy Saving Tip of the Month 15 - Rotational moulding

Energy Saving Tip of the Month 16 - Start-up and shut-down

Energy Saving Tip of the Month 17 - Compressed air pressure

Energy Saving Tip of the Month 18 - Compressed air leakage

Energy Saving Tip of the Month 19 - Compressed air usage

Energy Saving Tip of the Month 20 - Compressed air generation

Energy Saving Tip of the Month 21 - Compressed air treatment and distribution

Energy Saving Tip of the Month 22 - Reducing parasitic heat gains for chilled water

Energy Saving Tip of the Month 23 - Increase cooling water temperatures

Energy Saving Tip of the Month 24 - Reduce cooling costs

Energy Management in Rubber Processing

Energy in Rubber Processing - A Practical Guide

Energy Management in Rubber Processing 1 - The Basics

Energy Management in Rubber Processing 2 - The Rewards

Energy Management in Rubber Processing 3 - Compounding

Energy Management in Rubber Processing 4 - Moulding

Energy Management in Rubber Processing 5 - Extrusion

Energy Management in Rubber Processing 6 - Motors and Drives

Energy Management in Rubber Processing 7 - Compressed Air

Energy Management in Rubber Processing 8 - Buildings

Energy Management in Ceramics Processing

Energy Management in Ceramics Processing - A Practical Guide

Waste Minimisation (General)

Waste Minimisation

Finding Hidden Profit - 200 Tips for Reducing waste

Waste Account

Benchmarking Waste in Plastics Processing

Environmental Management Systems

Waste Mapping

Waste Minimisation Pays - The Business Reasons

Green Officiency

Cutting Costs by Reducing Waste - a Self-Help Guide

Saving Money - Raw Material Use

Unpack Hidden Savings - Reducing packaging use

Reducing Packaging Use

Reusable Transit Packaging

Finding Hidden Profit in Smaller Companies

Life Cycle Assessment - An Introduction for Industry

Waste Minimisation in Plastics Processing

Finding and Reducing Waste in Plastics Processing

Waste Minimisation in Plastics Processing - Technology Briefing

1 - The Business Reasons

2 - Waste Walk Around

3 - Assessing Performance

4 - Improving Performance

5 - Waste Minimisation Tools

Resource Efficiency in Plastics Processing

1 - Resource Efficiency

2 - Manufacturing - Targeting Efforts

3 - Use - Optimising Usage

4 - End-of-Life - Minimising Outputs

5 - Raw Materials - Minimising Inputs

6 - Distribution - The Essential Link

Resource Efficiency - Training Package

Waste Minimisation in Glass Processing

1 - The Business Reasons

2 - A Waste Walk Around and Action Plan

3 - Assessing Performance

4 - Improving Performance

5 - Tools of the Trade

Environmental Management Systems in Plastics Processing

EMS 1 - Clean business = good business

EMS 2 - Starting out

EMS 3 - Interacting with the environment

EMS 4 - The basic EMS system

EMS 5 - Operating the EMS

EMS - An easy guide to saving money

Transport and EMS

Health and Safety

Health and Safety at Work

Health and Safety - A First Primer

Health and Safety at Work for Window Manufacturers

Plastics Processing Information Sheets

Risk Assessment Information Sheets

FMEA - Risk Assessment Methodology

Process Control

Process Control

Statistical Process Control - Essentials Sheets 1 to 3

Statistical Process Control - Training Course Parts 1 and 2

Practical Methods for Process Control

Practical Methods for Process Control - Examples

 

Last edited: 06/08/13

?Tangram Technology Ltd. 2003

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