Nylon fixing S C V Fischer

What it is

The S C V nylon fixing from Fischer is a nylon expansion plug for fixing elements to masonry and solid substrates. It is designed for a drill hole diameter d0 of 10 mm with a minimum hole depth h1 of 70 mm and has a fixing length of 50 mm. It is supplied in packs of 25 pieces, a practical format for installation and maintenance work.

Light-duty wall plugs are nylon or plastic plugs, also with a screw or hook, that expand in the hole to fix light and medium-weight items to walls.

What it is for

Used for anchoring shelves, brackets and structures to walls and for general-purpose fixing into masonry, concrete and timber.

How to use it

Choose the diameter and length according to the substrate and load, then drill with a bit of the same diameter as the plug. Clean the dust out of the hole, insert the plug flush with the wall and drive the screw until tight, without letting the plug spin in the hole. In hollow bricks, drill without hammer action.

Where it is used

• Industrial construction
• Residential construction
• Building services

Technical data

• Hole diameter d0 (mm): 10
• Min hole depth h1 (mm): 70
• Fastening length (mm): 50
• Pieces per pack: 25

Who it is for

Designed for electricians, plumbers and building maintenance operatives.

Related products

• Nylon fixing S Fischer
• Nylon fixing S C Fischer
• FZUB bit Fischer — from the category Drill Bits for Granite, Masonry and Concrete
• Cordless multi-head drill driver 12V XR body only DeWalt — from the category Hammer Drills, Drill Drivers and Rotary Hammers
• Wood screw with countersunk head Torx partial thread PowerFast FPF II CTP A2 Fischer — from the category Wood Screws
• Browse the whole category: Light-Duty Wall Plugs and Anchors

Before you order

In your request, please state the length, the diameter and the quantities required, so we can give you the right quotation first time.

For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.