Architectural coatings

ARCHITECTURAL COATINGS

We offer several water-based resins for the creation of environmentally responsible, low-VOC, odorless paints and varnishes. Their renewable bio-sourced content is up to 98%, for a cost/performance ratio close to that of the best acrylic binders. Our formula feature high chemical resistance, rapid hardness development, high adhesion and low yellowing over time. SECOIA® water-based interior wall paints offer typical properties broadly comparable to those of their conventional counterparts formulated with petro-sourced binders.

Beyond the technical performance and high biosourced (C14) content of our binders, the feedstock and the processes we use, offer you key lever to lower the carbon footprint of your Coatings. The Carbon footprint data of our Secoia® range rely on in-depth-study of Life Cycle carried out by our experts according to best LCA practices and standards. More detailed data are available on request.

SECOIA® 1400

Ultra low carbon footprint & outstanding performances in sole binder formulations

  • VERY LOW VOC (<1g/L)
  • LOW ODOR
  • VERY GOOD APPLICABILITY & OPEN TIME (ALKYD TOUCH)
  • HIGH SCRUB RESISTANCE

USDA Certified biobased product 

*according to Cbio EN16640 analysis 

Competitive solution to lower carbon footprint of indoor white paints

  • VERY LOW VOC (<1g/L)
  • REDUCED YELLOWING COMPARED TO ALKYD MARKET
  • REFERENCES IDEAL FOR FIRST STEPS INTO DECARBONIZATION

USDA Certified biobased product 

*according to Cbio EN16640 analysis 

DISCOVER THE OTHER SOLUTIONS

If you have specific needs such a versatile multi-subtstates coatings, Trim coating or glossy paints… we may offer other products more suitable to match your technical request. Do not hesitate to download our brochure or contact us for more details.

INOKEM® 1101

Short-oil water-based alkyd
Conventional grade for blending

Short-oil water-based Polyurethane modified alkyd (APU) Multi substrate

Medium-oil water-based APU
Excellent penetration and blocking effect

 

*according to Cbio EN16640 analysis

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