Mulberry & Pier Protective Coatings Ltd provide a diverse range of Specialist Finishing services, listed below:
Defence (MOD) and Aerospace Coatings
MOD, Defence and Aerospace Coatings to meet Defence Standards, BSX Specifications and DTD Specifications: CARC Coatings, Infra-red Reflective Coatings, Paint Primers, Etch Primers, Pre-treatment.
Chemical Agent Resistant Coating paints are designed to make metal surfaces on military vehicles and equipment highly resistant to corrosion, penetration and biological weapons. Meeting DEF-STAN 80-208, 80-207 and 80-206 standards, the CARC paints are extremely durable and repel chemicals by preventing absorption.
Aerospace Coatings are designed to protect aircraft from corrosion, abrasion, weather, UV radiation, erosion, temperature variations and more in the most extreme conditions.
We offer the following Aerospace Coating options:
To help guarantee the best results, we have a range of pre-treatment chemicals, metal cleaners, phosphate conversion coatings and chromate conversion coatings for aluminium to DEF-STAN 03-2/3, DEF-STAN 03-11, DEF-STAN 03-18, DTD 900/4077A, DTD 900/4156, MIL-C-5541.
We also have a range of undercoats, paint primers, finishes, IRR paints, stoving and air drying finishes and lacquers that adhere to AFS 1871, DEF-STAN 80 series specifications for defence equipment.
Please note that all product numbers are superseded on a regular basis.
P.T.F.E. is a Teflon-based low friction, non-sticking coating that sets itself apart from traditional fluoropolymer coatings. This unique combination creates desirable qualities such as excellent adhesion, low friction and wear and weather resistance. The 1010 is a resin-bonded, dry-film lubricant/non-stick coating which is used to reduce friction, prevent scoring and galling and provide secondary lubrication. Offering excellent adhesion to most metals, plastics, ceramics and wood, it is ideal for sustained release and wear-resistance at temperatures ranging from -420F to 550F.
Conductive coatings are formulated to provide an electrically conductive coating for metallic and plastic substrates. The coating can be air-dried, but our experience has shown that for optimum results, force-drying is the best strategy. It may be used for electromagnetic compatibility or electrostatic discharge purposes.
The fully cured film results in resistivity of less than 1 ohm per square inch when applied to mild steel that has been subjected to pre-treatment techniques.