parasols Tag

Parasol UV Protection Data: Measured UPF for 30 Fabrics

Parasol UV Protection Data: Measured UPF for 30 Fabrics

Furniture in Fashion reports that parasol sun performance is decided by canopy construction rather than material name, and that no measured transmission figures appear in this analysis because we conducted no laboratory testing. Our report explains the ultraviolet protection factor rating, referring to the European standard EN 13758 for the solar UV protective properties of textiles, and sets out the seven canopy characteristics a buyer can assess without equipment: weave density, fabric weight, colour depth, frame tension, moisture, age and any tested rating. It also addresses the point most often missed, that ultraviolet reflects from paving, rendered walls, glazing and water into the shaded area, so a parasol reduces exposure rather than eliminating it. We cover canopy drift through the afternoon, cantilever versus centre pole frames, wind ballast and winter storage in British conditions....

Cantilever Parasols: UK Search & Sales Trend Report 2016-2026

Cantilever Parasols: UK Search & Sales Trend Report 2016-2026

The cantilever parasol earned its place in UK gardens by moving the mast out of the seating area, and this report from Furniture in Fashion examines what that design change demands in return. No verified independent public source records UK parasol search or sales demand across the period in the title, and we do not publish our own commercial data, so this analysis presents no figures and estimates none. It addresses the engineering instead: because the canopy sits on a side arm, the base resists a turning force rather than a downward load, which is why ballast requirements are far higher than for a centre pole parasol and why reducing base weight is the most common cause of failure. We also cover why rotation and tilt matter under low British sun angles, how to size a canopy to the furniture beneath it, and why wind rather than sun is the real design limit....

Parasol Wind Test: Failure Speeds for 25 UK Models & Base Weights

Parasol Wind Test: Failure Speeds for 25 UK Models & Base Weights

A parasol is a sail, and in British gardens it fails at the base rather than in the fabric. This analysis by Furniture in Fashion sets out the physics that decides the outcome: wind load rises with the square of wind speed, canopy area multiplies it, and the height of the canopy above the base turns force into an overturning moment. It explains why cantilever designs load their bases even in still air, how to read wind strength using the Beaufort descriptions the Met Office applies, and why passing a pole through a dining table into a base below is the most effective free stability measure available. The report also covers siting, including the gaps, corners and raised terraces that accelerate airflow in UK gardens. No wind testing was carried out for this report and no model by model failure speeds are reported, because none were measured and no verifiable published test exists. Manufacturer base guidance for a specific parasol always takes precedence over the general principles given here....