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Documents Library

A library of PPE's brochures, certificates and documents available to download.  Material datasheets can be downloaded from the PPE material grades page.

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Brochures - Materials
Title Description Select Language

PPE Brochure

An introduction to Precision Polymer Engineering

Sealing Solutions for food, pharma & life-science

An overview of the products and services available from PPE for the food, pharma and life-science industries.

NES337 Naval Brochure

A guide to MOD approved materials for O-rings used on ships and submarines.

Sealing Solutions for Semiconductor Applications

An overview of the products and services available from PPE for the semiconductor industry.

Sealing Solutions for Oil & Gas

An overview of the products and services available from PPE for the oil & gas industry.

Explosive Decompression Resistant Elastomers

A summary of international ED test standards (NORSOK, TOTAL, NACE & ISO23936) plus details of which PPE materials meet each standard.

Sour Gas Resistant Elastomers

A summary of international H2S test standards (NORSOK, API 6A & ISO10423) and details of which PPE materials have been tested and certified.

Perlast ICE

The ultimate perfluoroelastomers for sealing applications where chemical resistance and extreme low temperature performance are critical.

Kimura Elastomers

A unique range of fully organic elastomers for semiconductor sealing applications which demand extreme plasma resistance.

Detectaseal Elastomers

A range of x-ray and metal detectable elastomers for food processing applications where contamination containment is critical.

EnDura Elastomers

The ultimate range of elastomers for sealing applications in the World's most aggressive high pressure environments.

Elastomers for Diesel & Gas Engines

Details PPE grades formulated for diesel and gas engines used in the marine and power generation industries.

Perlast Perfluoroelastomers for Food & Pharma

An overview of the products, applications and benefits of using Perlast perfluoroelastomers in food, pharma & biomedical applications.

Perlast perfluoroelastomers for Oil & Gas

An overview of the various products, applications and benefits of using Perlast® perfluoroelastomers in the oil and gas industry.

MicroFORM brochure

Micro molded high performance elastomer components for critical applications.

Perlast® G65HP Datasheet

Excellent radical plasma resistant perfluoroelastomer for semiconductor applications.

Brochures - Products
Title Description Select Language

Dissipative End Effectors

End effectors pads utilizing advanced dissipative elastomers to reduce electrostatic discharge damage.

Spring Seals

Spring seals for use on oilfield equipment operating in extreme high pressures and aggressive chemicals.

Certificates Food & Pharma

Certificates for elastomer materials tested to food, dairy, drinking water and pharmaceutical standards.

Title Description Select Language

3A 18-03 Certificate

3-A Sanitary Standards 18-03 for multiple-use rubber and rubber-like materials used as product contact surfaces in dairy equipment.

FDA Certificate A-D

Elastomer materials compliant with FDA CFR 21.177.2600 paragraphs A to D (dry foods).

FDA Certificate A-F

Elastomer materials compliant with FDA CFR 21.177.2600 paragraphs A to F (fatty foods).

FDA Certificate FFKM Perlast

Perfluoroelastomer materials compliant with FDA CFR 21.177.2600 paragraphs A to F and CFR 21.177.2400 paragraph D.

USP Class VI <87>

Certificate to confirm that PPE elastomers conform to the United States Pharmacopeia USP Biological Reactivity Test in vitro.

USP Class VI <88> 70C

Certificate to confirm that PPE elastomers conform to the United States Pharmacopeia USP <88> for the Biological Test for Plastics, Class VI at 70°C.

USP Class VI <88> 121C

Certificate to conform that PPE elastomers conform to the United States Pharmacopeia USP for the Biological Test for Plastics, Class VI at 121°C.

WRAS Potable Water (V70Q)

Certificate to confirm that V70Q (FKM) conforms to BS6920-1:2000 WRAS standards for potable water.

EC 1935/2004 Declaration

Declaration that PPE elastomers comply with the requirements of the EC 1935/2004 regulations.

EC 2023/2006 Declaration

Declaration that PPE elastomers comply with the requirements of the EC 2023/2006 regulations.

ADI-free Certificate

Declaration that PPE elastomers contain no Animal Derived Ingredients (ADI) and are therefore BSE / TSE free with respect to source, manufacture and treatment.

ADI-free Certificate FFKM

Declaration that PPE perfluoroelastomers (Perlast®) contain no Animal Derived Ingredients (ADI) and are therefore BSE / TSE free with respect to source, manufacture and treatment.

WRAS Material Approval (VMQ)

Certificate to confirm that S71U (VMQ) conforms to BS6920-1:2000 WRAS standards for potable water.

Certificates RGD testing

Test certificates to NORSOK, TOTAL, NACE and ISO23936 Rapid Gas Decompression (RGD) standards.

Title Description Select Language

Perlast G92E

TOTAL General Specification GS EP PVV 142 Rev 09 certificate of RGD testing

Technical Information
Title Description Select Language

Rubber Life Groups & Storage

Recommended storage conditions and shelf life of elastomers/rubber.

Elastomer Chemical Compatibility

A guide to the chemical compatibility of over 1000 different media against the main polymer types.

Quality is our priority

This document explains how PPE is committed to providing quality elastomer seals and components; including visual inspection, measurement of O-ring dimensions, color variations, measuring hardness and reporting (ISIR, FAIR & PPAP).

Certificates Quality/Safety/Environment
Title Description Select Language

NADCAP certificate

Certificate demonstrates conformance and recognition of accreditation for elastomer seals.

AS9100 / ISO9001 Certificate UK

Quality management system applicable to the design, development, manufacture and supply of mouldings, seals, gaskets, extrusions and composite components in natural and synthetic materials.

ISO 45001 certificate

The scope of this approval is applicable to the design, development, manufacture and supply of mouldings, seals, gaskets, extrusions and composite components in natural and synthetic materials.

 

ISO 14001 certificate

The environmental management system is applicable to the design, development, manufacture and supply of mouldings, seals, gaskets, extrusions and composite components in natural and synthetic materials.

JOSCAR Certificate

JOSCAR registered supplier certificate

Policies
Title Description Select Language

Environmental Policy

PPE's policy on environmental issues

Quality Policy

PPE's policy on quality

Whitepapers - Semiconductor
Title Description Select Language

Electrostatic Discharge in Semiconductor

Technological progress within the semiconductor industry brings with it greater yield sensitivity with the desire to reduce costs a constant driver. How well defects are controlled throughout an increasingly automated manufacturing process plays a critical role.

Killer Consumables: How clean are your seals?

In semiconductor manufacturing the threat of particle and especially metallic contamination to transistor integrity is a significant and potentially costly threat. This is mainly true for front end processing but, due to the high mobility of many of these contaminants, it remains a threat at all stages of the manufacturing process flow. TP00115

Purity or Plasma Resistance - Can you have both?

A study of tests carried out on different elastomer materials in aggressive chemistries and plasma conditions. Various plasma modes were employed, reflecting a variety of different process requirements. This included direct parallel plate, high density remote inductively coupled plasma (ICP) and sources specifically designed to create high radical and in particular, high fluorine radical content. TP00116

Introduction to Perlast Helios

Perlast® Helios G7HA is a perfluoroelastomer (FFKM) material capable of eliminating the trade-off betweeen high purity, plasma resistance and high temperature performance when exposed to 300°C and above, in semiconductor manufacturing. TP00117

Whitepapers - Oil & Gas
Title Description Select Language

Choosing a High Temperature Steam Resistant Elastomer

There are limited options for sealing with elastomers in hot water or steam environments in temperatures up to 550°F (288°C). Most elastomers in will become brittle and crack, resulting in leakage from a valve, pump or other equipment. Leakage resulting from a cracked seal can create hazardous conditions, unnecessary downtime, and equipment failure.

This paper details the properties of EnDura® E90SR after high temperature steam exposure in comparison with other types of commercially available elastomers.

Low Temperature Sealing in High Pressure Applications

There are many choices in elastomer materials based on criteria such as chemical and heat resistance. Often the low temperature performance of an elastomer is overlooked or the data describing the performance may not be understood fully by the end user. Complicating elastomer material selection is the pressure of the application. High pressures are known to increase an elastomer’s glass transition temperature which decreases the low temperature sealing performance.

API 6A/ISO 10423 Appendix F.1.13.5.2 Elastomer Immersion Tests

API 6A/ISO 10423 Appendix F.1.13.5.2 Elastomer Immersion Tests are common benchmarks for elastomeric sealing materials being used in the oil and gas industry. This document summarises the test requirements of the API 6A, Annex F and ISO10423 Elastomer Immersion Tests and highlights areas to be considered when interpreting results.

Whitepapers - Food, dairy and beverage
Title Description Select Language

How to reduce the cost of seals using TCO

The drive to reduce the cost of consumables, such as seals, is a constant pressure. Companies are continually looking to reduce costs in order to maintain or increase profitability in challenging economic conditions. Often, the cost of the seal is the tip of the iceberg, this is the direct cost, but there are lots more hidden costs that are not as obvious.  Total Cost of Ownership (TCO) analysis can be used to look at all the costs associated with buying and using a particular seal compared with alternatives.  TP00120

The Case for FFKM Sealing in Life Science Applications

Why are FFKM elastomer materials so well suited for life science applications? This whitepaper explains the benefits of FFKM, how it compares to other elastomer materials and why it is becoming the material of choice for many food, dairy and pharmaceutical sealing applications.  TP00118

7 Causes of Sanitary Clamp Gasket Failure and How to Eliminate Them

Within the food, beverage and pharmaceutical processing industries sanitary clamp fittings (such as Tri-clamp™ and Tri-clover™) are essential for joining sections of pipework. Sanitary gaskets provide the sealing function in these clamp fittings, but when things go wrong and failure occurs, this can result in leakage, contamination, lost production and costly downtime. This article looks at some of the most common reasons for sanitary gasket failure.

How to Measure and Specify the Correct Tri-Clamp® Sanitary Gasket

Sanitary fittings are an essential part of process pipework that is used in many food, beverage, and pharmaceutical plants. To achieve efficient sealing, the perfect sized gasket must be selected, and this is where things can become tricky. Differences in clamp standards around the world and incorrect measuring of fittings can result in the wrong gaskets being used, which leads to leakage, contamination and costly downtime.

Why You Should Rethink Your PTFE/Teflon® Tri-clamp® Sanitary Gaskets

Polytetrafluoroethylene, better known as PTFE, or by its brand name Teflon®, is commonly used as a sanitary gasket in pipe connectors within process lines. PTFE gaskets are often used in demanding sanitary environments where traditional elastomers such as EPDM, NBR and Silicone are not suitable. But if your PTFE gaskets are failing, causing downtime and disruption, what can you do?

Whitepapers - General
Title Description Select Language

Types of Fluoroelastomer Seals for Pump Users: Explained

Aggressive pumping environments can be problematic for pump engineers. On the one hand it's impossible to design the pump to be resistant to every kind of chemical, while on the other, the tendency is to either over specify a perfluoroelastomer to cover all eventualities or select an elastomer with mid-range chemical resistance in the hope this will cover most applications. This paper investigates the latest developments in fluoroelastomer technology.

Effective Sealing for Pumps with Elastomers

Pump users demand maximum operating efficiency from their investment and sealing solutions have to be designed to function between long service intervals. These conditions often create increased chemical, thermal and pressure related stresses on both the pump and seals, multiplying the risk of seal failure and pump leakage.

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