Precision Polymer Engineering Ltd. has promoted these products / services:
Precision Polymer Engineering (PPE) has released Perlast® Helios G7HA, an FFKM sealing material for semiconductor applications proven to deliver superior plasma resistance.
Precision Polymer Engineering (PPE) will be launching two new high performance sealing materials, Perlast® G65HP and Perlast® G67G, at SEMICON West 2017 this July.
Both new Perlast® material grades are perfluoroelastomers which incorporate low levels of advanced nano-particle fillers. These materials have been formulated for minimal particle generation, a...
PPE has developed a number of elastomer materials that provide exceptional low temperature sealing performance down to -100°C (-148°F).
PPE offers a full range of sealing solutions for pharmaceutical and bio-analytical industries where both mechanical and chemical properties are crucial, and hygienic sealing capability is critical. PPE's grades of medical rubber have been specially developed to produce medical seals which withstand a wide range of process media, potent active pharmaceutical ingredients (API's) and aggres...
Semi-conductor production environments represent some of the most aggressive environments encountered by seals. Seals have to be made of ultra-pure materials, survive extreme temperatures and a mixture of fluorinated gases. For these reasons, seals for the semi-conductor industry are at the cutting edge of materials technology.
Our team of scientists and technicians has created a...
Sealing pumps, valves, tanks, fluid metering devices and reactors in the chemical processing industry requires high performance materials which offer excellent chemical resistance to various aggressive media. The diverse range of markets within this industry, including petrochemical and pharmaceutical, demand outstanding chemical sealing performance, reliability and increased service lif...
Finite Element Analysis (FEA) is a computer simulation technique used to predict contact forces, deformation and stress levels within elastomer components. In order to maximise the accuracy of modelling, PPE engineers generate temperature specific material models for specific applications.
By minimising stresses within an elastomer we can reduce the effect of stress induced chemic...
PPE offers a comprehensive design and modelling service for seals, custom moulded elastomers and bonded components.
Independant testing and analysis available on any polymer material using PPE's state of the art laboratory facilities located in the UK and USA.
Wafer handling components, including end effectors pads, molded from electrostatically dissipative elastomers developed for semiconductor processes.
Spring Seals comprise of a high modulus elastomer and two integrated anti-extrusion springs, they are used to effectively seal applications that are subject to:- Large clearance gaps High pressure (bi-directional) Restricted access for seal installation Chemical attack by oilfield media PPE spring seals are available in unique combina...
X-rings and D-rings offer an alternative seal solution to O-rings for use in reciprocating, dynamic or rotary applications. The main advantage of X-rings and D-rings is that they prevent twisting and rolling, which results in spiral failure often seen when O-rings are used in reciprocating applications. X-rings and D-rings can typically be retrofitted into existing O-ring grooves...
The latest advance in elastomer technology, EnDura E90SR is an EPDM material that provides high temperature steam resistance in critical applications.
PPE manufactures and supplies CNC machined and fully molded elastomer O-rings from 1.5mm (0.06") to 2.5 metres (8ft) outer diameter and 0.8mm (0.03") to 12mm (0.47") cross section. All of the rubber O-rings that we manufacture are available in both small quantities and large volumes.
PPE manufactures and supplies fully molded and CNC machined elastomer O-rings from 1.5mm (0.06") to 2.5 metres (8ft) outer diameter and 0.8mm (0.03") to 12mm (0.47") cross section. All of the rubber O-rings we manufacture are available in both small quantities and large volumes.
Perlast G65HP is a high performance, ultra-high purity perfluoroelastomer, developed specifically for high concentration fluorine radical plasmas such as those typically used in semiconductor remote chamber cleaning using NF3.
End-effector pads and wafter handling components molded from high purity elastomers.
News articles and press releases for Precision Polymer Engineering Ltd.:
What is it about white FFKM (perfluoroelastomers) that have changed sealing in life science applications?
Precision Polymer Engineering (PPE) was selected to develop two distinct sealing geometries for the MOSE project - to help prevent sea flooding in the Venetian Lagoon.
Nanofluor® Y75G - a highly fluorinated FKM/FFKM hybrid material has undergone comprehensive testing using different plasma chemistries and plasma sources, data shows the new material performs significantly better than traditional FFKM products.
EnDura Z90LT - a new hydrogenated nitrile elastomer compound specially developed for high pressure applications to reduce the risk of rapid gas decompression seal failure and maintain resilience at low temperature.
Founded in 1975, Precision Polymer Engineering (PPE) is celebrating its 40th year anniversary in 2015; this milestone was acknowledged recently with an employee family fun day and “birthday” party.
PPE has developed the world’s first elastomeric material, for the manufacture of end effector pads, designed to tackle the problem of electrostatic discharge.
EnDura E90SR can withstand high temperatures (up to 550°F / 288°C) & high pressures, with excellent rapid gas decompression resistance. The new material is ideal for use in pumps, valves, turbines, geothermal tools and drilling equipment.
Precision Polymer Engineering looks forward to meeting with you at industry events such as OTC in Houston, Semicon West in San Francisco and many other events around the globe.