Cox Metal Roofing
Contact Our Team
Connect with our Surrey workshop. Whether you are an architect detailing a metal facade or a homeowner mapping a standing seam renovation, we are ready to assist.
[ direct line ]
Telephone
07730 547704Contact us directly for project estimations, schedule updates, or urgent site callouts across Hampshire and Surrey.
[ secure mail ]
General Mail
coxmetalroofing@outlook.comSend over your architectural design drawings, layout PDF specs, or detailed tender files directly to our inbox.
[ coverage ]
Regions Served
Surrey & HampshireWe operate throughout Guildford, Woking, Petersfield, Winchester, Farnham, Chichester, and surrounding areas.
02 / ESTIMATION
Plan Your Project
03 / DOCUMENTATION
Frequently Asked Questions
What is the structural life expectancy of natural copper & zinc roofs?
Natural copper and zinc are lifetime structural materials, easily
lasting between 80 to 100+ years. Over time, both metals undergo
chemical carbonation to form a self-protecting patina that seals off
underlying material. This completely eliminates painting or sealing.
How is sound insulated against heavy rain and storms?
We install a high-performance structured separation membrane (like
Enka-vent or modern structured mats) directly below the standing
seam sheet. Coupled with modern rigid insulation and double-layered
boarding, acoustic vibrations from rain are fully absorbed, keeping
internal noise on par with standard tiles or slate roofs.
What is the minimum pitch requirement for installation?
Bespoke double-lock standing seam roofing can be safely installed on
low pitches down to a minimum of 1.5 degrees. On pitches from 1.5 to
7 degrees, we install dedicated water-tight barrier gel inside the
double-folded joint folds before hand-seaming for total wind-driven
rain seals.
Do you fabricate panel segments off-site?
To maintain absolute dimensional accuracy, we fold and form almost
all of our panels directly on-site using our mobile roll-formers.
This allows us to run single, continuous metal sheets from the ridge
to the eaves with no horizontal overlaps, removing any risk of joint
failure.