H20 Beams can be used in any kind of formwork where you would use 4x6 lumber. They have a high load capacity throughout their length and are easy to handle.
Product Description
Strong, lightweight and easy to assemble.
H20 Beams can be used in any kind of formwork where you would use 4x6 lumber. They have a high load capacity throughout their length and are easy to handle.
Wooden beam for formwork, consisting of an upper and lower wing and featuring a central section consisting of three layers. The union is designed as a notched and glued joint.
Heads
Fir wood of the highest quality, calibrated with levelled edges and with finger type joints along their length.
Webs
Of a three-layer board with a thickness of 27 mm.
Joint
Notched, finger-type joint between core and wings, throughout their length. High-frequency, high strength gluing.
Anti-humidity treatment
Protective paintwork throughout the beam.
Advantages
Fushi H20 Beam is widely popular for good reason.
Strength and Safety
Dimensional stability and recovery capacity after application of load. High load capacity throughout their length. Protection against humidity, knocks and splintering.
Lightness
Easy handling and quick assembly. Minimum weight.
Economical
Can be used many times. Good ratio between price and uses. Easy storage.
Adaptability
Ideal for use with 25mm formwork board. Supports can be placed at any point. Can be used in any kind of formwork.
H20 beam using in formwork Carton box
polyester fyberglass surface with aluminium or steel frame for cement garden wall or buildings formwork and moulds Iron or aliminium frame formwork for concerete we can produce for all project please share your project details
Supplier: Concrete formwork systems (doka/peri/paschal/meva),
H20-beams, props, scaffoldings, concrete mixing plants, cranes
Services: Consulting, shipping
Wall formwork, column formwork, concrete formwork, construction formwork, shuttering, single-sided formwork High flexibility with only a few main components can meet any construction requirements. Timber beam h20, steel waling, plywood and clamp etc.. These components can be combined for all shapes, even with the restructuring of wall formwork units when a frequent change of the building structure plans happens. Advantages:
Concrete Formwork Solutions Concrete is one of the most versatile and widely used building materials in the world. It is used to build a variety of structures, from skyscrapers and bridges to monuments and dams. However, concrete cannot stand alone. It must be poured into a specific type of mold. This is where templates come in. What is Concrete Formwork? Formwork is also called "shuttering".Formwork is a mold for pouring and shaping fresh concrete. Formwork, which can be permanent or temporary, holds poured concrete and shapes it until it sets and becomes strong enough to support itself and other loads. Formwork systems can be classified based on the following parameters: Type of material used to make the mold (plastic, steel, wood, aluminum) Types of concrete structures it supports (slabs, columns, walls) Formwork Frames 1ã??Aluminum If you desire a formwork frame that matches the strength, durability, and reliability of steel but without the weight, aluminum emerges as an excellent choice. Its lightweight nature and non-hygroscopic properties prevent warping or shrinking. Moreover, its reusability factor allows for multiple applications, enabling you to curtail construction expenses while optimizing cost-effectiveness. Beyond these core benefits, employing aluminum formwork frames yields additional advantages: Accelerated Construction: Aluminum's lightweight composition, coupled with minimal crane dependency, expedites construction projects. This acceleration translates to time and labor savings, ultimately reducing overall costs. Enhanced Surface Protection: Aluminum formwork frames can be powder-coated, creating a surface that is resistant to impacts and scratches. This feature ensures durability and facilitates easy cleaning. Cost-Effective for Symmetrical Structures: Particularly advantageous for projects involving numerous symmetrical structures, aluminum formwork provides a cost-effective solution. Facilitates Quick Assembly: The inclusion of welding nuts allows for the swift and straightforward assembly of accessories such as brackets and guardrails. Reusability and Maintenance: Aluminum formwork can be repaired and refurbished multiple times, contributing to its longevity and cost-effectiveness. Its low adhesion to concrete compared to other materials further enhances its usability.
The machine is mainly used to make the beam of house or building. The machine is making the beam through mechanical squeezing. It use the vibrator to compact the beam and make the cement, sand and stone etc. Fastening together. Concrete beam forming machine: We are having many types of the beam forming machine, different model can produce different kinds of beam to make different building. Seaworthy package.
Quick Details Place of Origin: Hebei, China (Mainland) Brand Name: xmwy Model Number: 010 Type: Ladder Parts Materials: Q235 cold rolled steel Thickness: 2mm Color: Grey Market: Worldwide
Supplier: Aluminium Formwork, Scaffolding, Self -Climbing Platform, Concrete Formwork, Wall & Column, Beam, Slab
At Zolo, we specialize in custom concrete formwork solutions designed to meet the unique demands of modern construction projects. Whether you're a construction company, civil engineering contractor, or project foreman, our customized formwork services ensure that your concrete structures are completed efficiently, safely, and within budget. What Is Custom Concrete Formwork? Custom concrete formwork refers to tailored molds or systems specifically designed for individual construction projects. These formworks are engineered based on your projectâ??s blueprints and unique requirements, ensuring precise shaping, structural integrity, and enhanced performance during concrete pouring. Why Choose Our Custom Formwork Solutions? 1. Tailored to Your Project Needs Every construction project is different. We provide formwork systems that: Match your architectural or structural designs. Use appropriate materials, such as steel, plastic, or aluminum, depending on the project's environment and complexity. Feature specialized configurations for complex or unique structures.
