Jiangsu Hongying WOOD CO., LTD. is one of the biggest world manufacturer for structural Laminated Veneered Lumber (LVL) . The LVL products varies from E10/E11/E12/E13.2/E14/E15 as per Austrilia and new Zealand standards with Australian certified. We do OEM for various companies from Australia markets for LVL (house building use) .
Our production ability is 200 containers per month. We have 2 sets of 12 meters hot press machine and 2 sets of 6 meters hot press machines comply with various automatically controlled cutting and chamfering and painting machines.
FATIMA & Tiger are consisting of 3 factories : own veneer Peeling factory & own LVL factory & own plywood factory.
5 minutes driving away from our Lvl factory, our veneer peeling factory and also our headquarters plywood factory are located in nearby area with name of JIANGSU HEQISHENG WOOD INDUSTRY CO., LTD where producing Australia standard and BSI certified Formply and F22 bracing plywood and structural plywood and non structural plywood. Also, JAS certified structural plywood and Film faced plywood.
Our Group factories legal representative is Zheng Dian Yong, who is fully in charge of production and domestic sales markets. Our group factories General manager is Fatima Li, who is our CEO fully in charge of exporting our products into international markets and all foreign business. FATIMA & TIGER is our own sole brands during direct export business.

You know, in the ever-changing world of construction these days, finding materials that boost both efficiency and sustainability is more important than ever. One product that's really been making waves is Concrete Form Plywood. It’s become pretty much essential for anyone looking to push the limits with innovative building techniques.
Jiangsu Hong Ying Wood Co., Ltd., which started back in 2001, has spent over 20 years perfecting the art of making top-notch Concrete Form Plywood. They've got a really experienced team of technical pros who’ve helped them hone their skills and even challenge the traditional ways of building.
In this post, I want to share some of the coolest ways Concrete Form Plywood is being used in modern construction projects. Honestly, its unique qualities are totally changing the game and raising the bar for quality and performance in the industry.
Concrete form plywood is really gaining popularity in modern construction these days, mostly because of its many perks. One of the big ones? Its strength and durability. It can handle a lot of pressure during pouring without breaking a sweat, which means less worry about the structure failing and a smoother finish overall. Plus, it’s pretty lightweight for such a tough material, making it easier and safer for crews to handle during installation — that can save some bucks on labor and helps keep projects on track.
Now, if you're using concrete form plywood, there are a few tips to keep in mind for the best results. First off, make sure it’s sealed properly to keep moisture out—otherwise, it might warp or lose strength. It’s also worth going for high-quality plywood that meets industry standards; trust me, it pays off in the long run. And don’t forget, good planning and prep for your forms can make pouring much smoother and lead to better results overall.
On top of all that, concrete form plywood is pretty versatile and even supports eco-friendly initiatives. Many manufacturers now offer options made from recycled wood fibers, which helps cut down on waste. By choosing sustainable materials, not only are you bumping up your project’s eco credentials, but you’re also catering to a market that's increasingly into green building practices. Pretty cool, right?
Concrete form plywood has really become a go-to material in today's construction scene, thanks to its versatility and durability. You know, high-quality concrete form plywood isn’t just about thickness; its grade makes a big difference in how strong and long-lasting it is. For example, marine-grade plywood is often the way to go if your project is exposed to moisture or tough weather conditions. I read somewhere—actually, according to the American Plywood Association—that using top-tier form plywood can cut down the chances of imperfections in the concrete surface by around 30%. That’s a big deal because it means a smoother finish and less rework, saving you time and money.
When you're picking out your concrete form plywood, don't forget to check out the edges—sealing them properly and applying a phenolic coating helps stop water from seeping in, which can cause swelling or even delamination down the road. Industry surveys show that about 65% of contractors say that using well-sealed plywood seriously improved their project results. For the best durability, always aim for plywood with at least a Class 3 exposure rating—that way, you're better protected against the environment.
A couple of tips: Before buying, definitely give the plywood a good once-over for any cracks or dents—those tiny flaws can actually mess things up later. And, once you've got it, store it somewhere dry and sheltered to keep it in good shape until you're ready to use it. Trust me, a little extra care here makes all the difference.
When you're choosing the right concrete form plywood for modern construction projects, there are a few key things you really want to keep in mind to make sure everything goes smoothly and lasts well. Plywood formwork is becoming a popular choice these days because it’s pretty lightweight, which makes it easier to handle and set up without too much hassle. Plus, it’s super versatile — you can easily create curved surfaces, which is a big hit in today's architectural styles. Funny enough, studies have shown that using plywood formwork can cut down your overall project costs by around 15%, mainly because it reduces both labor and material expenses.
**Pro tip:** Always double-check the moisture content of your plywood before you use it. If it’s too wet, it might warp or cause issues later on, so going for something with lower moisture helps your finish come out cleaner and your concrete stay in shape.
Another thing to think about is the thickness of the plywood. Thicker panels are stronger and can handle more pressure from the poured concrete without bending or breaking. Industry standards usually recommend a minimum of 12mm thickness for regular formwork jobs — this helps your formwork last longer and keeps things from deforming during the curing phase.
**Another tip:** Don’t forget to think about the environmental side of things. Whenever you can, choose plywood made from sustainably managed forests. It’s a small step that’s good for the planet but also ensures your project stays eco-friendly without sacrificing stability.
| Dimension | Description | Application | Key Benefits |
|---|---|---|---|
| Thickness | Common thicknesses range from 15mm to 19mm | Used for forming walls and slabs | Offers durability and strength |
| Surface Treatment | Options include film-faced and polished | Ideal for architectural finishes | Improves surface finish and reduces absorption |
| Weight | Ranges from 15 to 25 kg per sheet | For easy handling on the job site | Facilitates faster installation |
| Durability | Lifespan can exceed 100 pours with proper care | Repeated use in multiple projects | Reduces material costs over time |
| Environmental Impact | Sourced from sustainable forests | Eco-friendly construction applications | Supports green building certifications |
You know, in modern construction these days, concrete form plywood really has become a game-changer. It’s opened up a bunch of new techniques that boost both efficiency and sustainability—pretty impressive stuff. What’s great about plywood is how tough it is; it can handle the pressures of wet concrete without warping or breaking, which means you get accurate forms and solid structural integrity. Interestingly, reports suggest that around 30% of construction waste actually comes from formwork, which is kind of eye-opening. But here’s the good news — by switching over to reusable form plywood, companies can cut down on waste and save some serious bucks, showing they’re really committed to greener practices these days.
Lately, studies have shown that reusing formwork can save up to 20% in costs. For example, depot reuse—basically collecting and reusing timber formwork for future projects—helps keep materials in a loop, making the whole process more sustainable. Plus, innovations like modular formwork systems mean quicker setup and takedown, which really helps keep the work flowing smoothly on-site. Sure, the engineering details can be pretty complex, but with these new techniques, the whole industry is pushing forward, making things more efficient and eco-friendly. It’s an exciting time for construction, no doubt!
Concrete form plywood is a really important part of modern construction. It basically acts as the support for poured concrete, and if you want it to last and work well, taking good care of it is a must. One simple tip? Store those plywood sheets somewhere dry—like, out of any damp spots. This helps prevent warping or the layers peeling apart, which could mess up not just the plywood but the whole project. Also, it’s a good idea to keep the sheets raised off the ground a bit—this way, if there's any puddles or flooding, water won’t be sitting right on them.
Oh, and another thing—consider applying a protective sealant. It’s like giving your plywood a shield against moisture and even the chemicals from concrete that can cause damage over time. Plus, make sure you check the sheets regularly for any cracks or soft spots. Catching issues early means you can fix or swap out damaged pieces before they lead to bigger problems. When you follow these simple maintenance tips, you’ll get more life out of your concrete form plywood, saving you both time and money in the long run. Easy enough, right?
This chart illustrates the percentage distribution of innovative applications of concrete form plywood across various modern construction project types. The highest application is seen in residential buildings, followed by commercial and industrial structures.
: High-quality concrete form plywood is characterized by its thickness, grade, edge sealing, and phenolic coating, which enhance its strength, durability, and resistance to water absorption and swelling.
Marine-grade plywood is recommended for projects exposed to moisture and harsh conditions because it offers superior durability and resistance to water damage.
According to the American Plywood Association, using top-grade form plywood can reduce the risk of defects in concrete surfaces by up to 30%, resulting in a smoother finish and less costly rework.
Contractors should ensure that the plywood has a minimum of a Class 3 exposure rating, adequate edge sealing, and a phenolic coating to improve durability against environmental challenges.
To extend lifespan, plywood should be stored in a dry environment, elevated off the ground, and protected with a sealant. Regular inspections for damage are also essential.
Moisture can lead to warping, swelling, and delamination of the plywood, which compromises its integrity and the overall construction project.
Industry surveys indicate that 65% of contractors reported that using well-sealed plywood significantly improved their project outcomes.
Yes, inspecting plywood for visible defects before purchase is crucial, as even minor flaws can compromise the entire formwork.
A protective sealant enhances the durability of concrete form plywood by acting as a moisture barrier and resisting chemical reactions from concrete.
Proper storage in a dry, sheltered location prevents moisture damage and helps maintain the integrity of the plywood before use.