• Ringlock Scaffolding System Ring-lock System System 1
  • Ringlock Scaffolding System Ring-lock System System 2
  • Ringlock Scaffolding System Ring-lock System System 3
Ringlock Scaffolding System Ring-lock System

Ringlock Scaffolding System Ring-lock System

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
100 m.t
Supply Capability:
1200 m.t/month

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Ringlock Scaffolding System
1.Safe and reliability; 
2.Simple and efficient to assembly; 
3.Free maintenance; 
4.Customized design.


Ringlock Scaffolding System Ring-lock System


Introduction

Ringlock scaffolding is a multi-purpose modular scaffold system which can be used for all forms of access and support structures in the building and construction industries, ship building, offshore construction and industrial maintenance.
NCBM Ringlock system scaffolding consists of galvanized high strength steel modular components that are assembled together using integral wedge connectors. The system has a complete range of accessories, including: steel planks, side brackets, system toe boards, stairs, ladders and reinforced ledgers.
As our all components are galvanized and built for increased safety, service life, and resistance to damage, CNBM ringlock system scaffolding is perfect for all types of applications and industries.
This ringlock system scaffolding can accommodate up to eight connections of combined ledger and braces. Each of these connections can safely carry a load of 11.12kN (2500LBS).
However the total sum of the ledger loads must not exceed the recommended leg load for the given bracing situation.


What we can provide: (click to view products)

Ringlock system standard / vertical / upright

Ringlock system ledger / Horizontal / Runner

Ringlcok system Truss Ledger / Double Ledger

Ringlock system diagonal / Bay braces

Ringlock system Clamp Brace

Ringlock system Lattice Girder

Ringlock system Intermediate Transom/Mid-Transoms

Ringlock system Side Bracket

Ringlock system Leg Lock

Ringlock system Guardrail Standard "Crazy Leg"

Ladder & Bracket

Steel Plank

Ringlock system Interlocking Toe board

Ringlock system Infill plank

Ringlock system Screwjack / Base Jack

Ringlock system Stair stringer & Stair tread

Ringlock system starter / Base Collar

Ringlock system Adapter for 12" Caster

Ringlock system Rosette clamp

Ringlock scaffolding caster 12”

Ringlock system Strorage Rack

Scaffold cage


Q: - Construction safety and quality control report for the depth of construction quality and construction safety production, to ensure the safety and use of structural features to prevent the fall, collapse, mechanical injuries and other multiple accidents,
In the late 1950s, oil wells were specially developed for oil
Q: How to do a good job in typhoon prevention work in rural areas?
Close the doors and windows, so as not to be strong wind blowing, check and tightly easy to be the wind to the objects, such as windows
Q: On the issue of compensation after the event of force majeure
The cleaning and repair costs of the works do not include scaffolding
Q: PLEASE HELP!!!!!
maybe because her partner in crime was in the crowd and she didnt give- that takes some big balls
Q: Can the fifteen typhoon blow up the three - storey house?
Strong winds may blow down buildings, high-altitude facilities, easily lead to casualties
Q: There is a 6.0-kg pail of paint to one side.How close to the left end can he approach safely? How close to the right end can he approach safely? Can someone help me with this problem, I keep working and reworking it and coming to the same answer. I must be consistently making the same mistake. If someone can help me work through it I would really appreciate it. The answers I got were:Left: dmin, left = .54mRight: dmin, right = .77m
At the threshold of danger, the tension on the far rope reaches zero. (a) Distance from left edge = x; then summing moments about the left rope gives ΣM = 0 = 71.0kg * g * (1m - x) - 22.0kg * g * 2.0m - 6.0kg * g * 1m The g term cancels, and the rest solves to x = 0.296 m ? (b) Distance from right edge is X; summing about the right rope, and knowing the g terms will cancel, ΣM = 0 = 22.0kg * 2m + 6.0kg * 3m - 71.0kg * (1m - X) leads to X = 0.127 m ? Hope this helps!
Q: Is it necessary to use a mat on the floor? Is that norm prescribed?
Scaffolding load shall not exceed 270kg & nbsp; # 47; m
Q: In the scarlet letter why is hester taken to the scaffold in the market-place?
This is where she is punished. People taunt her while she is standing up there. It is to make her feel shame.
Q: is there a significance to hester's viewing the crowd from atop the scaffold in the book the scarlet letter?
yes - she is looking down on them after years of them looking down on her because of her adultery
Q: 2009 and 2010 construction of secondary construction division of the exam questions and answers, Jiqiu ~!
(Construction project) single multiple choice questions (a total of 20 questions, each question 1 points

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