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Company profile

Keronite International Limited

Keronite | Advanced Surface Treatments for Light Alloys

Keronite is developing, designing and deploying the worlds most advanced surface treatments for lightweight alloys. We create controllable coatings that uniquely increase life and reduce component weight.

CRN
03946660
Founded
2000
Age
26

Overview

Legal name
KERONITE INTERNATIONAL LIMITED
Region
East of England
Registered address
1 TUDOR ROSE COURT
53 HOLLANDS ROAD
HAVERHILL
SUFFOLK
CB9 8PJ
Insolvency history
No

Latest accounts

Financial period: 1 Jan 2024 to 31 Dec 2024

FULLACCOUNTS
Turnover
Unknown
Profit / Loss
Unknown
Employees
16

Company events

Reference milestones and recent Companies House filing stream events.

8 events
27 Mar
2027

Confirmation statement due

Confirmation Due

Next confirmation statement due date

30 Sep
2026

Accounts due

Accounts Due

Next accounts due date

13 Mar
2026

Confirmation statement filed

Confirmation

Last confirmation statement made up date

31 Dec
2024

Accounts filed

Accounts

Last accounts made up date

08 Nov
2024

Notification Of A Person With Significant Control

Persons-with-significant-control

PSC02 | Transaction MzQ0MjQ4MTk0N2FkaXF6a2N4

Published 08 Nov 2024 02:23

08 Nov
2024

Cessation Of A Person With Significant Control

Persons-with-significant-control

PSC07 | Transaction MzQ0MjQ4MTk1MGFkaXF6a2N4

Published 08 Nov 2024 02:21

09 Sep
2024

Accounts With Accounts Type Small

Accounts Analysed

AA | Transaction MzQzNDk2MzYyNmFkaXF6a2N4

Published 09 Sep 2024 14:00

13 Mar
2000

Incorporated

Inception

Company registered at Companies House

Public funding

11 awards
First funded
2011
Funded years
2011, 2013, 2014, 2015, 2016, 2017, 2018, 2020
Age at first award
11 years

Projects

2020 Feasibility Studies Lead participant

Antimicrobial coatings for the reduction of airborne pathogens

1 Jun 2020 to 28 Feb 2021

Awarded
£72,439
Total cost £72,439

Photocatalytic antimicrobial coatings rapidly kill pathogens in their vicinity when exposed to the correct wavelengths of light. Key advantages of photocatalytic antimicrobials are their very long life, lack of requirement for any additional chemicals, and safety. They are therefore an extremely useful tool for limiting the spread of infectious diseases. ...

2020 Knowledge Transfer Partnership

The University of Nottingham and Keronite International Limited

1 Jan 2020 to 31 Dec 2021

Awarded
Unknown

To develop skills and capabilities to accelerate to market a novel thermal swing barrier coating for internal combustion engines. Such “swing” coatings dynamically track adjacent working fluid temperatures, reducing temperature difference (heat transfer) and improving fuel economy and emissions.

2018 Collaborative R&D Lead participant

RELIABLE: Wear Resistant Lightweight Aluminium Brakes for Vehicles

1 Jul 2018 to 31 Dec 2020

Awarded
£177,150
Total cost £253,071

"Cast iron brake discs are the predominant brake solution used in passenger cars. These brakes are detrimental to fuel consumption due to their onerous weight. They are also a significant human health hazard because of the metal particulates that are emitted as they wear. These brakes are predominantly used in passenger cars and are the second largest con...

2017 Collaborative R&D

Pristine - Production process enhancement for photocatalytic treatment system for water

1 Aug 2017 to 31 Jan 2019

Awarded
£186,365
Total cost £266,235

The PRISTINE project builds on the previous feasibility studies and laboratory development work by Keronite & atg UV who have developed cutting edge, chemical-free, advanced-oxidation water treatment technology with the potential to treat ultra-pure water for a number of end use applications. The PRISTINE project will develop a cost-effective new approach...

2017 Feasibility Studies

Integrated heat recovery for future hybrid and electric range extender vehicles

1 Jun 2017 to 31 May 2018

Awarded
£66,732
Total cost £95,331

The aim is to undertake systems analysis of a new integrated heat recovery concept for future hybrid and electric range extender passenger cars. The proposed work is multidisciplinary in nature, including fundamental R&D of novel thermal coatings, quantification of ICE performance effects, exhaust heat recovery analysis and electric motor & battery perfor...

2016 Feasibility Studies Lead participant

PROwESS - Innovative PROcEss control to achieve Selective Surface coating.

1 Sep 2016 to 31 Aug 2017

Awarded
£83,381
Total cost £119,116

The UK engineering coatings industry is worth >£11bn affecting products worth £140bn. The Surface Engineering and Coatings market for the automotive sector being £2bn/year. Internal bore coating of automotive components such as damper tubes are a very important aspect of this market. Keronite have developed a Plasma Electrolytic Oxidation (PEO) coating te...

2016 Feasibility Studies Lead participant

HI-POTENTIAL - HIgh PerfOrmance ThErmal coatiNgs for automoTive ALumium pistons.

1 Sep 2016 to 31 Aug 2017

Awarded
£64,761
Total cost £92,515

The annual market for automotive pistons for diesel cars is ~32.8m units, worth ~€164(£125)m, mainly based on eutectic Al-Si. Recent advances globally have led to coated piston crowns with very low thermal conductivity and heat capacity that significantly reduce heat loss, leading to increased engine efficiencies of the order 44%. However, eutectic alumin...

2015 Feasibility Studies Lead participant

OPTIMAL -nOvel PhoTocatalytIc treatMent process

1 Apr 2015 to 31 Mar 2016

Awarded
£74,540
Total cost £104,241

The OPTIMAL project builds on the previous work by Keronite & atg UV and will undertake a technical feasibility study into the development and application of a novel photocatalyst technology for safe, reliable & cost-effective water treatment for the emerging UK shale gas market. We are a business-led consortium, focussing upon the water treatment of flow...

2014 Feasibility Studies Lead participant

White Inorganic Coatings for Satellites (WICoSat)

1 Aug 2014 to 30 Nov 2014

Awarded
£23,950
Total cost £31,950

A white coating with low and stable solar absorptance is required for thermal shield applications on the satellite exterior surfaces. White paint has been used with limited performance in extreme space environments such as UV, radiation, adhesion, outgassing, contamination, extreme thermal and operational loads over a 15 yr mission lifetime. Transparent a...

2013 Feasibility Studies

Low Energy Aluminium Tool Heating Technology

1 Mar 2013 to 30 Jun 2013

Awarded
£12,252
Total cost £16,336

The development of ultra high speed, low energy heating of aluminium tooling for the production of thermoplastic composite components. The technology will be adaptable to provide energy efficient heated tooling for other applications.

2011 Feasibility Studies Lead participant

Black Inorganic Coatings for Satellite (BICoSat)

1 May 2011 to 31 Jul 2011

Awarded
£21,000
Total cost £28,000

Awaiting Public Summary

Product types

Collaborative R&D Feasibility Studies Knowledge Transfer Partnership