Contender UK
Contender UK
Unit 12b The IO Centre
Stephenson Road
Segensworth South
Fareham
Hampshire
PO15 5RU
United Kingdom
Contender_Sailcloth_02
Contender_MAXX
DOT_Fastners
Contender_SuperTack
PERFIX
Stimpson
Sail_@amps_Kite
BlueStreak_Battens
WeatherMAX_Haven
CAF-316
Contender_Sailcloth_01
WeatherMAX
Rutgerson
Citel_Docril
Citel_Docril_N
Contender_C360_Cutting_Service
Stayput
Contender_Nylite
Contender_Superkote
Wichard
Gore_Tenara_Distributor
Clamcleat
CAF-COMPO
Luffshuttle
Q-SNAP
Contender_Prokote
Contender_Stormlite
Contender_Superlite
Ultramar
LOXX
Contender_Dynakote
Sattler
Contender_Maxilite
Gutermann_Solbond
RBS
Velcro
Fasmount
Gore_Tenara
Mehler
SUREFAS
Contender_Maxikote
CURV_Composite
View as listView as gridPrint

CAF Compo Fasteners

Imagine a screw-stud on the deck of your beautiful boat used to fix a cover being 100% corrosion free and blending away in the deck colour. A final farewell to those annoying eye-catching points that stand out of the smooth design lines, even if they are not corroded. Designers love to have the beautiful lines and shapes of their product not being disrupted by those inevitable points to hold cushions, blinds, carpets or covers down on deck. Designed to compliment the CAF-COMPO Screw-Stud Self Tapping version, where self-tapping is not an option such as aluminium or steel surfaces.

MATCHING Matching any design, colour and snap. Comes in 4 standard colours and fits any standard (24 line) ring spring press fastener.

RELIABLE 100% corrosion-free, no wearing out and UV resistant.

MATCHING ANY SNAP The stud is the lower part of a snap or ring-spring press fastener system. CAF-COMPO M6 screw-stud will fit any regular ring spring socket, no matter the supplier (meeting Mil Spec 10884 (MS27980 Style 2). Even the plastic sockets fit. Comes in various colours, white, cream, light grey and black.

TESTED TO THE LIMITS The CAF-COMPO M6 screw-stud is a one-piece part made of a uv-stabilised glassfibre reinforced thermoplastic and is positively tested to hold 500N shear force. Even a strong blow of a hammer on the back will not have the stud to pop out of the surface.