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UKBIC is seeking to procure the services of a supplier/integrator who will retrofit an integrated laser marking system to replace the existing inkjet printers in three separate locations in the cell assembly area. The integrated laser marking system will replace the current inkjet printers and shall laser mark the cell (can and sleeve) with the relevant data matrix code and cell data information as per the UKBIC technical drawing that will be supplied. The main requirement for the integrated cell laser marking system is to seamlessly replace the existing inkjet printers within the current cell footprints by integrating a proven laser marking system that will produce reproducible and accurate laser marked battery information including but not limited to ID's, company logos etc, to drawing tolerances. The integrated system must be able to operate within a Clean and Dry room environment inside the current cell envelopes, adhering to all health and safety regulations with respect to laser devices that will keep staff protected from any potential hazards. Fume extraction is integral to the system operation. Three identical laser marking systems will be required to replace the three existing inkjet printers in the following locations: • Cylindrical cell assembly (marked on the cell can) - clean and dry room environment. • Cylindrical cell assembly (marked on the cell sleeve) - external to clean and dry room. • Pouch cell assembly (marked on the exterior of the pouch housing) - clean and dry room environment. The replacement system must be retrofitted to connect to all existing services in the cell assembly area and all effort should be made to minimise potential changes to the line that would incur additional spend. The laser markings IDs must be capable of being read with 100% accuracy by the Keyence vision systems that are installed to inspect the cell IDs.
£120,000
Contract value
Due to planned headcount increases to meet the needs of the business UK BIC have a requirement for additional office and meeting facilities and have identified space within the main process hall to construct a 2 storey office block. The first floor will compromise of open plan office space and the ground floor will compromise of meeting rooms of varying sizes. The facility will have a link corridor across to the existing first floor office. The objective of this ITT is to identify a contractor that has the relevant experience, skillset & capacity to design and build the new facility. Please register you interest in the link below, the tender documents will be viewable once expression of interest has been accepted. https://procontract.due-north.com/Advert?advertId=9058359a-b56c-ed11-811b-9f38301b3091
£2,000,000
Contract value
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC's existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC's high-volume electrode lines. This will incorporate mixing process compatible with UKBIC's mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Phase one of the project also includes the installation of a Cell Cycling Facility for manufacturing conformance testing of cells manufactured at UKBIC. Cell cycling equipment for manufacturing conformance testing of battery cells made at UKBIC. This requirement is split into three lots: Lot 1 - Cell Cyclers Lot 2 - Temperature Test Chambers Lot 3 - Cell Fixturing Suppliers will be able to bid for individual lots, however bids that offer combined solutions incorporating more than one aspect (lot) of this equipment are encouraged. Please see Appendix 1 -User requirements specification for the complete requirements.
£2,000,000
Contract value
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC’s existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC’s high-volume electrode lines. This will incorporate mixing process compatible with UKBIC’s mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Calendering Equipment is specifically required to allow UKBIC to process Anode and Cathode electrodes from its own in-house Coating processes or from third party material produced external to UKBIC. UKBIC currently has Calendering equipment in its Volume Industrialisation Line allowing for segregated Calendering of Anode and Cathode material however the size of the equipment is desired for Electrode Material at high levels of maturity and/or on a mass production scale. As a result, UKBIC is looking to install smaller equipment for customers at lower maturity level and allow for added flexibility and modularity as such that new/missing technologies from UKBICs Volume Industrialisation line can be used and proven. The Calendering equipment will be installed in a new internal Clean Room facility to UKBIC and should allow for futureproofing with the known assumption of battery industry evolution and changes.
Value undisclosed
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC's existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC's high-volume electrode lines. This will incorporate mixing process compatible with UKBIC's mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Calendering Equipment is specifically required to allow UKBIC to process Anode and Cathode electrodes from its own in-house Coating processes or from third party material produced external to UKBIC. UKBIC currently has Calendering equipment in its Volume Industrialisation Line allowing for segregated Calendering of Anode and Cathode material however the size of the equipment is desired for Electrode Material at high levels of maturity and/or on a mass production scale. As a result, UKBIC is looking to install smaller equipment for customers at lower maturity level and allow for added flexibility and modularity as such that new/missing technologies from UKBICs Volume Industrialisation line can be used and proven. The Calendering equipment will be installed in a new internal Clean Room facility to UKBIC and should allow for futureproofing with the known assumption of battery industry evolution and changes.
£1,400,000
Contract value
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC’s existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC’s high-volume electrode lines. This will incorporate mixing process compatible with UKBIC’s mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Phase one of the project also includes the installation of a Cell Cycling Facility for manufacturing conformance testing of cells manufactured at UKBIC. Cell cycling equipment for manufacturing conformance testing of battery cells made at UKBIC. This requirement is split into three lots: Lot 1 – Cell Cyclers Lot 2 – Temperature Test Chambers Lot 3 – Cell Fixturing Suppliers will be able to bid for individual lots, however bids that offer combined solutions incorporating more than one aspect (lot) of this equipment are encouraged. Please see Appendix 1 -User requirements specification for the complete requirements.
Value undisclosed
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC's existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC's high-volume electrode lines. This will incorporate mixing process compatible with UKBIC's mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Mixing Equipment is required to allow UKBIC to produce Anode and Cathode slurries for use on its in-house Coating Processes. The Mixing equipment will be installed in a new internal Clean Room facility to UKBIC UKBIC currently have Mixing equipment in its Volume Industrialisation Line allowing for a segregated Mixing of Anode and Cathode material, however the size of the equipment is designed for Electrode Material at high levels of maturity and/or at mass production scale. UKBIC is looking to install smaller equipment to support customers at a lower maturity level and allow for a wider range of chemistries. A flexible and modular solution is required to enable UKBIC to be less restricted in its Process Equipment offering and for a more Research and Development focused approach to Mixing albeit on a scale larger than lab-based systems.
£1,400,000
Contract value
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC’s existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC’s high-volume electrode lines. This will incorporate mixing process compatible with UKBIC’s mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Mixing Equipment is required to allow UKBIC to produce Anode and Cathode slurries for use on its in-house Coating Processes. The Mixing equipment will be installed in a new internal Clean Room facility to UKBIC UKBIC currently have Mixing equipment in its Volume Industrialisation Line allowing for a segregated Mixing of Anode and Cathode material, however the size of the equipment is designed for Electrode Material at high levels of maturity and/or at mass production scale. UKBIC is looking to install smaller equipment to support customers at a lower maturity level and allow for a wider range of chemistries. A flexible and modular solution is required to enable UKBIC to be less restricted in its Process Equipment offering and for a more Research and Development focused approach to Mixing albeit on a scale larger than lab-based systems.
Value undisclosed
Continuous Mixing Equipment is required to allow UKBIC to produce Anode and Cathode slurries for use on its in-house Coating Processes. The Mixing equipment will be installed in a new internal Clean Room facility to UKBIC. UKBIC currently have Mixing equipment in its Volume Industrialisation Line allowing for a segregated Mixing of Anode and Cathode material, however the size of the equipment is designed for Electrode Material at high levels of maturity and/or at mass production scale. UKBIC is looking to install smaller equipment to support customers at a lower maturity level and allow for a wider range of chemistries. A flexible and modular solution is required to enable UKBIC to be less restricted in its Process Equipment offering and for a more Research and Development focused approach to Mixing albeit on a scale larger than lab-based systems. The Mixing equipment will be installed in a new internal Clean Room facility to UKBIC and should allow for futureproofing with the known assumption of battery industry evolution and changes.
From £1,400,000
Contract value
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC’s existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC’s high-volume electrode lines. This will incorporate mixing process compatible with UKBIC’s mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Coating and Drying Equipment is required to allow UKBIC to produce Anode and Cathode electrodes for use on its in-house cell assembly lines. The Coating & Drying equipment will be installed in a new internal Clean Room facility to UKBIC. UKBIC currently have Coating and Drying equipment in its Volume Industrialisation Line allowing for a segregated Coating of Anode and Cathode slurries, however the size of the equipment is designed for Electrode Material at high levels of maturity and/or at mass production scale. UKBIC is looking to install smaller equipment to support customers at a lower maturity level and allow for a wider range of chemistries. A flexible and modular solution is required to enable UKBIC to be less restricted in its Process Equipment offering and for a more Research and Development focused approach to Coating & Drying albeit on a scale larger than lab-based systems. Further to the general equipment requirement it necessary to offer a solvent/abatement system internal/external to the UKBIC facility to allow for safe solvent emission control and management from the drying process.
Value undisclosed
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC's existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC's high-volume electrode lines. This will incorporate mixing process compatible with UKBIC's mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Coating and Drying Equipment is required to allow UKBIC to produce Anode and Cathode electrodes for use on its in-house cell assembly lines. The Coating & Drying equipment will be installed in a new internal Clean Room facility to UKBIC. UKBIC currently have Coating and Drying equipment in its Volume Industrialisation Line allowing for a segregated Coating of Anode and Cathode slurries, however the size of the equipment is designed for Electrode Material at high levels of maturity and/or at mass production scale. UKBIC is looking to install smaller equipment to support customers at a lower maturity level and allow for a wider range of chemistries. A flexible and modular solution is required to enable UKBIC to be less restricted in its Process Equipment offering and for a more Research and Development focused approach to Coating & Drying albeit on a scale larger than lab-based systems. Further to the general equipment requirement it necessary to offer a solvent/abatement system internal/external to the UKBIC facility to allow for safe solvent emission control and management from the drying process.
£4,500,000
Contract value
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC’s existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC’s high-volume electrode lines. This will incorporate mixing process compatible with UKBIC’s mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Continuous Mixing Equipment is required to allow UKBIC to produce Anode and Cathode slurries for use on its in-house Coating Processes. The Mixing equipment will be installed in a new internal Clean Room facility to UKBIC. UKBIC currently have Mixing equipment in its Volume Industrialisation Line allowing for a segregated Mixing of Anode and Cathode material, however the size of the equipment is designed for Electrode Material at high levels of maturity and/or at mass production scale. UKBIC is looking to install smaller equipment to support customers at a lower maturity level and allow for a wider range of chemistries. A flexible and modular solution is required to enable UKBIC to be less restricted in its Process Equipment offering and for a more Research and Development focused approach to Mixing albeit on a scale larger than lab-based systems. The Mixing equipment will be installed in a new internal Clean Room facility to UKBIC and should allow for futureproofing with the known assumption of battery industry evolution and changes.
Value undisclosed
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC’s existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC’s high-volume electrode lines. This will incorporate mixing process compatible with UKBIC’s mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Slitting process equipment is required to allow UKBIC to process Anode and Cathode electrodes from its own in-house Coating and Calendering processes or from third party material produced external to UKBIC. UKBIC currently has Slitting equipment in its Volume Industrialisation Line allowing for segregated Slitting of Anode and Cathode material however the size of the equipment is desired for Electrode Material at high levels of maturity and/or on a mass production scale. As a result, UKBIC is looking to install smaller equipment for customers at lower maturity level and allow for added flexibility and modularity as such that new/missing technologies from UKBICs Volume Industrialisation line can be used and proven. The Slitting equipment will be installed in a new internal Clean Room facility to UKBIC and should allow for futureproofing with the known assumption of battery industry evolution and changes.
Value undisclosed
The UKBIC Flexible Industrialisation Line is designed to allow staged scale-up of electrode manufacture from laboratory scale through to GWh scale on UKBIC's existing high-volume electrode lines. The project will be phased and in the first phase equipment will be purchased to allow scale-up of electrode processes from the Flexible Industrialisation Line to UKBIC's high-volume electrode lines. This will incorporate mixing process compatible with UKBIC's mainline process and coating and drying equipment which will take batches of slurry and convert them onto anode and cathode foils. Subsequent equipment will incorporate next generation electrode manufacturing processes, so solutions covering both scenarios are encouraged. This new electrode capability will be supplemented by flexible equipment to Calender and slit the electrode reels allowing them to be converted into cells using the main UKBIC cylindrical and pouch cell assembly lines, or other flexible cell manufacturing equipment that may be installed during a later phase. Slitting process equipment is required to allow UKBIC to process Anode and Cathode electrodes from its own in-house Coating and Calendering processes or from third party material produced external to UKBIC. UKBIC currently has Slitting equipment in its Volume Industrialisation Line allowing for segregated Slitting of Anode and Cathode material however the size of the equipment is desired for Electrode Material at high levels of maturity and/or on a mass production scale. As a result, UKBIC is looking to install smaller equipment for customers at lower maturity level and allow for added flexibility and modularity as such that new/missing technologies from UKBICs Volume Industrialisation line can be used and proven. The Slitting equipment will be installed in a new internal Clean Room facility to UKBIC and should allow for futureproofing with the known assumption of battery industry evolution and changes.
From £700,000
Contract value
This is a singles stage tender split into two lots (Tenderers can tender for one or both lots): Lot 1 - Flexible Industrialisation Line (Electrode 1&2 and Industrialisation) Lot 2 - Industrial Analysis Laboratory (IAL) The objective of this ITT is to identify a contractor that has the relevant experience, skillset & capacity to design and build the new facilities. Lot 1 – Industrialisation The design of the Industrialisation facility within Lot 1 has not progressed further than a general arrangement layout. Although this will not form part of the tender analysis exercise Tenderers are asked to complete the CSA provided in order for UK BIC to budget accordingly. Lot 2 - Industrialisation Analysis Laboratory (IAL) The design of IAL has been developed to RIBA Stage 3 and all associated drawings and specifications are included within the tender pack and will be procured on a single stage design and build basis. - Design of the following packages have been developed sufficiently for tenderers to submit a fixed price - Substructure - Superstructure - Internal Finishes - Ventilation Systems - Electrical (LV distribution, Lighting & Small Power) Please register you interest in the link below, the tender documents will be viewable once expression of interest has been accepted. https://procontract.due-north.com/Procurer/Advert/View?advertId=23965a0e-138c-ed11-811c-005056b64545&fromAdvertEvent=True
Value undisclosed
This is a single stage tender split into two lots (Tenderers can tender for one or both lots): Lot 1 - Flexible Industrialisation Line (Electrode 1&2 and Industrialisation) Lot 2 - Industrial Analysis Laboratory (IAL) The objective of this ITT is to identify a contractor that has the relevant experience, skillset & capacity to design and build the new facilities. Lot 1 - Industrialisation The design of the Industrialisation facility within Lot 1 has not progressed further than a general arrangement layout. Although this will not form part of the tender analysis exercise Tenderers are asked to complete the CSA provided in order for UK BIC to budget accordingly. Lot 2 - Industrialisation Analysis Laboratory (IAL) The design of IAL has been developed to RIBA Stage 3 and all associated drawings and specifications are included within the tender pack and will be procured on a single stage design and build basis. - Design of the following packages have been developed sufficiently for tenderers to submit a fixed price - Substructure - Superstructure - Internal Finishes - Ventilation Systems - Electrical (LV distribution, Lighting & Small Power) Please register you interest in the link below, the tender documents will be viewable once expression of interest has been accepted. https://procontract.due-north.com/Procurer/Advert/View?advertId=23965a0e-138c-ed11-811c-005056b64545&fromAdvertEvent=True
£6,000,000
Contract value
A new single chiller is required to serve a back-up to an existing Daikin chiller. The system serves the building 1°C cooling coils located within 9 No. Dehumidifiers that maintain a set dew-point within existing clean & dry rooms. The current 1˚C chiller circuit is supplied by a single chiller. This circuit supplies the 9 dehumidifier units which serve the cell assembly rooms to achieve the target dew point for this area. The single chiller does not have any back up unit or resilience to prevent the room conditions from being compromised. The requirement of this document is to implement a resilience chiller which will supply chilled water in the event of a failure on the current system and not provide additional capacity to the circuit. The system already has provision to install and additional chiller in parallel to the current asset. Please register you interest in the link below, the tender documents will be viewable once expression of interest has been accepted. https://procontract.due-north.com/Advert?advertId=8fc5a3ec-b995-ed11-811c-005056b64545
Value undisclosed
A new single chiller is required to serve a back-up to an existing Daikin chiller. The system serves the building 1°C cooling coils located within 9 No. Dehumidifiers that maintain a set dew-point within existing clean & dry rooms. The current 1˚C chiller circuit is supplied by a single chiller. This circuit supplies the 9 dehumidifier units which serve the cell assembly rooms to achieve the target dew point for this area. The single chiller does not have any back up unit or resilience to prevent the room conditions from being compromised. The requirement of this document is to implement a resilience chiller which will supply chilled water in the event of a failure on the current system and not provide additional capacity to the circuit. The system already has provision to install and additional chiller in parallel to the current asset. Please register you interest in the link below, the tender documents will be viewable once expression of interest has been accepted. https://procontract.due-north.com/Advert?advertId=8fc5a3ecb995-ed11-811c-005056b64545
£600,000
Contract value
A new single chiller is required to serve a back-up to an existing Daikin chiller. The system serves the building 1°C cooling coils located within 9 No. Dehumidifiers that maintain a set dew-point within existing clean & dry rooms. The current 1˚C chiller circuit is supplied by a single chiller. This circuit supplies the 9 dehumidifier units which serve the cell assembly rooms to achieve the target dew point for this area. The single chiller does not have any back up unit or resilience to prevent the room conditions from being compromised. The requirement of this document is to implement a resilience chiller which will supply chilled water in the event of a failure on the current system and not provide additional capacity to the circuit. The system already has provision to install and additional chiller in parallel to the current asset. Please register you interest in the link below, the tender documents will be viewable once expression of interest has been accepted. https://procontract.due-north.com/Advert?advertId=8fc5a3ec-b995-ed11-811c-005056b64545
£600,000
Contract value
The existing UKBIC Calender machines were installed in 2020 without a pre-heating option. UKBIC are seeking to procure additional equipment to retrofit to existing calendering machines and give a preheating capability. The main purpose of the project is to increase the temperature of the material at the point of calendering.
From £100,000
Contract value
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