The 717Series 3 tread platform stepladder is constructed using extremely durable, non conductive, seven-layer fibreglass rails that are highly resistant to weathering. A platform height of 0.70m enables a safe working height of 2.45m* so this ladder is ideal for any job around the worksite. The 7170318 ladder features a multi-functional HolsterTop to keep tools organised and limit trips up and down the ladder and is ideal for working around electricity. Other features include slip-resistant steps for comfortable standing and EDGE bracing to help prevent rail damage. Approved to the latest EN131 standard. For Professional Use.
The 7150818 8 tread MasterTrade Platform Stepladder is the traditional builder's ladder engineered using high grade aluminium box section stiles and heavy gauge plastic edge caps for a smoother profile. With a large platform, heavy duty internal spreaders, rear frame cross tubes and large slip-resistant feet, this ladder is exceptional robust and built to last.
The Werner 714 Series 8 tread MasterTrade stepladder is the traditional ladder for builders engineered using high grade aluminium box section stiles and heavy gauge plastic edge caps for a smoother profile. With heavy duty internal spreaders, rear frame cross tubes and large slip-resistant feet, this ladder is exceptional robust and built to last. Approved to the latest EN131 standard. For Professional Use.
Maximum Load
150 kg (23st 9lb)
Maximum Reach Height
2.81 m (Safe working height based on 1.75m as the average reach height of a person)
The 717Series 6 tread platform stepladder is constructed using extremely durable, non conductive, seven-layer fibreglass rails that are highly resistant to weathering. A platform height of 1.40m enables a safe working height of 3.15m* so this ladder is ideal for any job around the worksite. The 7170618 ladder features a multi-functional HolsterTop to keep tools organised and limit trips up and down the ladder and is ideal for working around electricity. Other features include slip-resistant steps for comfortable standing and EDGE bracing to help prevent rail damage.
The 717Series 3 tread platform stepladder is constructed using extremely durable, non conductive, seven-layer fibreglass rails that are highly resistant to weathering. A platform height of 0.70m enables a safe working height of 2.45m* so this ladder is ideal for any job around the worksite. The 7170318 ladder features a multi-functional HolsterTop to keep tools organised and limit trips up and down the ladder and is ideal for working around electricity. Other features include slip-resistant steps for comfortable standing and EDGE bracing to help prevent rail damage. Approved to the latest EN131 standard. For Professional Use.
The 7150818 8 tread MasterTrade Platform Stepladder is the traditional builder's ladder engineered using high grade aluminium box section stiles and heavy gauge plastic edge caps for a smoother profile. With a large platform, heavy duty internal spreaders, rear frame cross tubes and large slip-resistant feet, this ladder is exceptional robust and built to last.
The Werner 714 Series 8 tread MasterTrade stepladder is the traditional ladder for builders engineered using high grade aluminium box section stiles and heavy gauge plastic edge caps for a smoother profile. With heavy duty internal spreaders, rear frame cross tubes and large slip-resistant feet, this ladder is exceptional robust and built to last. Approved to the latest EN131 standard. For Professional Use.
The 717Series 6 tread platform stepladder is constructed using extremely durable, non conductive, seven-layer fibreglass rails that are highly resistant to weathering. A platform height of 1.40m enables a safe working height of 3.15m* so this ladder is ideal for any job around the worksite. The 7170618 ladder features a multi-functional HolsterTop to keep tools organised and limit trips up and down the ladder and is ideal for working around electricity. Other features include slip-resistant steps for comfortable standing and EDGE bracing to help prevent rail damage.