K-SLIP™

Gullane Cyan

Striking and bold to add a unique twist or enhance architectural features.

SOLID

NEAR 100% RECYCLED CONTENT

uLTRA LOW CARBON

  • Specification to be confirmed on certification. The K-SLIP™ can be used to add low carbon and aesthetic impact.

  • Our slips contain 24 times less carbon than a traditional clay brick.*

    *(Traditional clay slip = ~123 g CO2e / unit)

  • Our products require no firing, allowing for a significant carbon saving in our process.

  • Our products are fully recyclable and reusable. Any waste that we produce is reused to make more K-BRIQ®s.

  • Suitable for indoor facades, features or furniture, and for small to large-scale cladding projects.

Gullane Cyan

K-SLIP™

Total embodied carbon: 0 g CO2e

Carbon saved: 0 g

Calculate your carbon saving

CARBON SAVINGS

The K-SLIP™ contains under 5% of the embodied carbon of a traditional clay slip.
Find out below how much carbon you could save on your project.

Sustainable Awards for
Hub South West Scotland

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Frequently Asked Questions

  • Contact our sales team to discuss the requirements for your project. We would love to send you a sample fit for your project.

  • In the early stages of our business, we prioritise building a diverse portfolio of reference projects, irrespective of their size.

    Therefore, we welcome discussions regarding smaller order quantities. Please do not hesitate to reach out to us to explore project requirements for orders under 5m2 (equivalent to 300 K-BRIQ®s).

  • Our current product formulation uses over 96% of recycled materials. Our recycled input materials are processed by our waste management partners to strict standards overseen by the Environmental Protection Agencies.

    Our products are made from certified inert recycled construction and demolition aggregates (old bricks, old rubble, old mortars etc), recycled plasterboard (gypsum) together with recycled pigments. Our goal is to produce products made from 100% recycled materials.

  • Speak to us directly about any projects outside the UK so we can better understand your applications and any relevant certification requirements, together with shipping options and embodied carbon considerations. We aim to roll out international manufacturing and distribution operations over the next few years.

  • Yes our products are 100% recyclable and can be repurposed to make new products at the end of their life cycle.

  • K-BRIQ® Technical Specification

    K-SLIP™ Technical Specification

    Installation guides are available on order and on request.

  • The K-BRIQ® can be used in interior applications and self-certified applications currently. The K-BRIQ® is in its final stages of certification in the UK allowing its commercial exterior certified use. European and US certification is underway.

    The K-SLIP™ can be used in interior applications and self-certified applications currently. The K-SLIP™, together with a façade fixing system, will commence certification shortly with a certified system product expected to be available by late 2024.

    Our Environmental Product Declaration (EPD) certificate and Design Guide will also be available in 2024.

  • Yes, we host a monthly virtual lunchtime (GMT) CPD, open to everybody, bookable via Eventbrite

    Contact us if you would like to book a CPD hosted specifically for your organisation.

  • For larger scale projects, we do offer a bespoke development service for both colour and shape/size development. Please contact us to discuss your requirements.

  • We collaborate closely with you to evaluate the suitability of on-site waste for recycling into K-BRIQ®s or related products. Depending on the demolition site's location, we may engage local regulated waste partners to handle and transport the waste to the nearest Kenoteq factory.

    We work closely with regeneration sites in their masterplanning to ascertain the suitability for K-BRIQ®s factories to be established on-site to convert the regeneration site waste into façade and interior surface products for re-use in the new builds on the site.