Conquip Engineering Group products
Concrete Skips
Concrete Column Skip Without Bale Arm
Concrete Column Skip
A versatile, all-purpose skip for pouring concrete. The Conquip Concrete Column Skip, sometimes known as a Tremie Skip, is a versatile, all-purpose skip for pouring concrete. We also offer a version without a bale arm – click here to view. The Column Skip can be used for more than just columns, it can be used for walls, narrow formwork and pipe laying work. The bale arm version is available in a range of sizes from 500 litres to 2000 litres with or without a bale arm. 3m discharge hose included.
Concrete Washout
Concrete Washout System
An innovative approach to concrete water management on construction sites. The Conquip Concrete Washout System is a complete, best practice solution for concrete washout. It is a unique, compact, simple solution which enables you to reuse concrete water from the washing out of concrete trucks, concrete pumps and concrete skips. Not only will it improve your environmental footprint, the system is easy to use, safe and cost effective.
Concrete Blowout Attachment
A simple attachment fitted to Column Skips to allow safe concrete line blowout. The Conquip Concrete Blowout Attachment that can be added to any Conquip Column Skip at time or purchase or can be retrofitted to most models by Conquip. Recognised by UK contractors as a safe, best practice method for concrete blowout, particularly of the concrete pump placing boom. In addition to the safety benefit, the concrete blowout attachment allows you to get the most out of a pour, as the remaining concrete in the pump line can be blown out for use for use elsewhere on site.
Waste Skips
Boat Skip
Heavy-duty skip for general muck and waste removal, ideal for heavy loads. The Conquip Boat Skip has a low loading height and drop-down bale making loading the skip very easy. It is designed with a slotted bale arm, lifting point and latch for automatic emptying of the skip by the crane operator, eliminating the need for an assistant to manually operate a release mechanism.
