From medical and automotive to construction and renewable energy, PSR Plastics are enabling progression and innovation across a wide range of fields.
From medical and automotive to construction and renewable energy, PSR Plastics are enabling progression and innovation across a wide range of fields.
The construction industry is demanding. Construction equipment needs to be reliable, durable and maintenance-free to boost economic efficiency on the construction site.
Durability:
Capacity to support heavy pressures and volumes.
Corrosion Resistance:
High corrosive and abrasion resistance to combat wear.
Cost Efficient:
Cheaper and easier to produce in larger quantities than metal.
High-performance plastics play a vital role in improving the efficiency, safety and competitive standing within the food and beverage industry.
FDA Compatible:
Suitable for FDA application.
Chemical Resistance:
Extend lifetime and reduce downtime, even against strict hygienic washing regimes.
Low Coefficient Friction:
Cheaper and easier to produce in larger quantities than metal.
The semiconductor industry presents unique challenges, with rigid and demanding environmental considerations required in its solutions.
Chemical Resistance:
Chemical compatibility, chemical resistance and corrosion resistance.
Low Outgassing & Moisture Absorption:
Meet strict industry requirements such as vacuum suitability.
High Temperatures:
Increasingly complex designs require long-term resistance to high-temperature exposure.
Technological challenges in automotive arise constantly. High-performance plastics are crucial to develop next-generation solutions.
Resistance:
Combat against wear and difficult environments with high abrasion and corrosion resistance.
Dimensional Stability:
Maintain original dimensions under high temperatures and humidity.
Modern engineering plastics are contributing majorly towards improving existing solutions within this industry, offering a much greater range of benefits.
Dimensional Stability:
Maintain original dimensions under high temperatures and humidity.
Extreme Friction & Wear Resistance:
Crucial low friction prevents extreme wear for applications such as bearings.
Electrical Insulation:
Proven materials to provide electrical insulation at high temperatures and pressures.
The diverse properties of high-performance plastics offer countless possibilities to support the economic operation of renewable energy systems.
Dimensional Stability:
Maintain original dimensions under high temperatures and humidity.
Self-Lubrication:
Eliminate the cost of external lubricants.
Extreme Friction & Wear Resistance:
Reduce maintenance costs and prolong life in use.
The close tolerances, extraordinary precision and high levels of sanitation of high-precision plastics are not just desirable within the medical and life science industry, they are essential.
Sterilisation Compatibility:
Maintain the crucial ability to withstand repeated autoclave sterilisation.
Low coefficient of friction:
Reduce downtime and allow time-sensitive medical procedures to progress more efficiently.
A cost-efficient alternative to the traditional materials used in aerospace, without sacrificing tensile strength and high-performance mechanical properties.
Corrosion Resistance:
High corrosive and abrasion resistance to combat wear.
High Temperatures:
To survive the rigour of the aerospace and defence industry, components require long-term resistance to high-temperature exposure.
Lightweight Features:
Significantly reduce operating costs and extend flight range with weight-saving components.
“I have dealt with PSR for many years now and find their service and quality superb.”
“Good response with quotations, honest lead times, excellent quality of work, great staff, very knowledgable and honest.”
“They offer a friendly, competitive and comprehensive service and have become my “go-to” supplier for all plastic related components. Over the years I have recommended them to many of my equipment suppliers.”
“Very helpful staff, always on time on the delivery date, good communications.”
