FAQ

They are specifically designed for BNQ and PVC standards, but may be compatible with other pipes of equivalent dimensions.

• Effective protection Prevent concrete from flowing into pipes while work is in progress.
• Versatile compatibility Available for three inner pipe diameters – 0.75″, 4″ and 4.5″.
• Quick to use Simple installation, ideal for high-yield sites.
• Economical format Available in large-capacity bags (up to 1,000 units).

Plugs are designed to protect the inside of BNQ or PVC pipes from concrete infiltration during pouring. They provide a secure seal, preventing obstructions or contamination of the system.

They are made of high-density plastic, ensuring sturdiness and absence of marks on surfaces.

No, they are intended for parts that have already been manufactured and are used during storage or handling.

The pads protect concrete parts during storage or packaging, preventing marks caused by contact with wood or concrete.

Yes, made of sturdy plastic to withstand construction site conditions and handling.

To improve traceability, reduce delivery errors, and facilitate parts logistics management.

The image does not mention customization, but usually these signs can include a code, logo, or name.

They are designed with feet that are inserted directly into the fresh concrete during pouring.

These signs are used to clearly identify precast concrete parts at the factory to avoid errors on the construction site.

It is optimized for use with Plasti-Tom plastic ladders, but can also be used with other delicate installations thanks to its flexible head.

Its “anti-rebound” property facilitates repetitive work, particularly during large-scale installations, while reducing user fatigue.

This nitrile hammer is specifically designed to install ladder rungs in concrete without damaging them.

Yes, it stands out for its very competitive price, while offering lasting quality. Request a quote now!

It is lightweight and easy to transport, reducing handling and transportation costs.

Yes, the ladder is certified according to current standards, which guarantees its safe use in infrastructure projects.

It has a non-slip surface, ensuring safe ascent and descent into manholes. Its bright color also improves visibility on construction sites.

The ladder is made entirely of plastic composite, with no metal parts, giving it optimal corrosion resistance.

It is designed for use with single and double lifting inserts from the Plasti-Tom range, including the NEL-D series.

The lifting shackles are certified to support up to 2,000 lb.

It allows for the safe handling of precast concrete elements, particularly manhole pipes.

The tool is made of flexible resin. When screwed in, the resin expands inside the insert, holding it securely in place and preventing concrete from seeping in.

It enables the efficient installation of single and double lifting inserts in concrete molds.

The inserts are made of high-strength plastic, capable of withstanding the mechanical stresses of lifting once the concrete has been poured.

Yes, several models are available in various heights, ranging from 2.5 inches (63 mm) to 4.5 inches (113 mm). The models “S,” “RL,” “RS,” or “B” may indicate specific variants (reinforced, extended, or dual-purpose).

• Robustness: strong enough to lift very heavy items.
• Compatibility: fit perfectly into prefabrication processes.
• Safety: enable safer handling on construction sites.
• Protection: once covered with cement, they offer reliable mechanical resistance.

• Installation takes place in the concrete mold before pouring.
• Specially designed tools can be used for quick, accurate, and secure installation.

They are mainly used in the manufacture of precast concrete products, such as pipes or manholes, where it is necessary to lift the parts using a hook or specialized lifting tool.

Lifting inserts are designed to create cavities in precast concrete elements. These cavities serve as anchor points for lifting tools, facilitating the handling of heavy concrete parts on construction sites.

Yes, its robust plastic structure and corrosion protection make it ideal for demanding environments.

• It encapsulates the ends of the reinforcing bars, providing protection against corrosion.
• It allows for precise and stable positioning of the vertical reinforcement.
• It is easy to install and suitable for prefabricated reinforcement cages.

It is designed to support and vertically space steel reinforcement at the base of reinforcement cages in a simple and economical manner.

• Quick and safe installation.
• Prevents movement during concrete pouring.
• Reduces defects such as voids or linear cracks.
• Robust and economical product.

It is recommended to place a spacer every 12 to 18 inches (30 to 45 cm) around the top and bottom of the reinforcing cage to maintain stable positioning.

• 2000 series: designed for bars from 0.34 in to 4.75 in.
• 3000 series: compatible with bars from 0.24 in to 0.31 in.
• The spacers cover different overlap levels, ranging from 0.71 in to 1.97 in.

• Precast concrete pipes.
• Manholes for sewer or storm water networks.
• Other cylindrical structures requiring precise positioning of the reinforcement.

Lattice spacers are designed to hold reinforcement bars in the optimal position inside concrete pipes, whether for manholes or small to medium diameter conduits.

• They ensure the necessary spacing between the reinforcement and the surface of the formwork.
• They ensure uniform concrete coverage that complies with standards.
• They prevent any movement of the reinforcement cage during manufacture.

Spacer hooks are available with different overlaps: 1 in. (25 mm), 1.25 in. (32 mm), 1.5 in. (38 mm), 1.75 in. (46 mm), and 2 in. (52 mm), allowing them to meet a variety of project requirements.

The spacer hook is a quick, precise, and safe solution. Unlike other improvised supports, it is specifically designed for precast concrete, ensuring reliable positioning without altering the mold or requiring complex adjustments.

For optimal efficiency, it is recommended to place a spacer hook every 12 to 18 inches around the top and bottom of the reinforcement cage. This ensures even spacing and prevents any movement of the reinforcement during manufacturing.

Our spacer hooks are designed specifically for wire mesh with a diameter of 6 mm to 8 mm, which are the standard dimensions in most prefabrication applications.

The spacer hook is used to precisely position reinforcing mesh in concrete molds. It holds the reinforcement in place, ensuring proper concrete coverage and preventing movement during pouring.

Usage:

The classic circular chair is designed for heavy structural applications (foundation walls, elevator shafts, support beams).
MESH is designed for lighter applications such as precasting and simple surfaces.

Reinforcement compatibility:

• Classic: 6 to 25 mm
• MESH: 4 to 10 mm

Coverage:

• Classic: up to 3 inches
• MESH: up to 1.25 inches

Design:

• Classic: solid, heavier roller for greater stability
• MESH: star-shaped, openwork and lightweight for rapid serial use

Quantity per bag:

• Classic: 500 to 600 units
• MESH: up to 5,000 units, making it very cost-effective

• Lightweight and economical, perfect for high-volume projects
• Easy to install and distribute on site
• Ideal for small-diameter reinforcement bars
• Open design promotes optimal concrete flow

The MESH circular chair is designed for vertical reinforcement, precasting, and various precast concrete applications. It holds the reinforcement in the correct position while ensuring uniform coverage.

The overlap varies between 25 mm and 33 mm, depending on the model. This allows for coverage of 1 to 3 inches.

Yes, their cutting-edge design is ideal for architectural applications where concrete is visible, as they facilitate optimal concrete flow and reduce the risk of linear cracks.

Circular chairs are used to ensure uniform coverage of vertical reinforcement in structures such as foundation walls, elevator shafts, and support beams.

Yes. Thanks to their stability, dual compatibility (horizontal and vertical), and restraint system, Clip Chairs are ideal for most formwork jobs requiring precise reinforcement spacing.

Depending on the model, horizontal overlap ranges from 1.5 in. (38 mm) to 3.5 in. (87.5 mm), and vertical overlap ranges from 0.5 in. (13 mm) to 2.5 in. (62.5 mm).

Clip chairs can accommodate:

• Horizontal bars: up to 20 mm in diameter (15-20 mm for the 35X25 CL20 model)
• Vertical bars: up to 10 mm in diameter for all models.

Clip chairs are used to support horizontal (up to 20 mm) and vertical (up to 10 mm) reinforcing bars in concrete work, ensuring adequate coverage and optimal stability during concrete pouring.

Its design ensures uniform coverage and optimal flow of concrete, thereby limiting the risk of voids and linear cracks in structures.

Thanks to its high flexibility (same chairs for multiple diameters), it reduces the number of models required, simplifying inventory management.

It is ideal for heavy-duty work on formwork, foundations, support structures, and prefabricated elements such as lamp post bases and slabs.

All chair sizes can accommodate steel bars with diameters ranging from 8 mm to 30 mm on a single chair.

The universal clip chair is designed to effectively support horizontal and vertical reinforcing bars, ensuring uniform concrete coverage in elements such as foundation walls, elevator shafts, and beams.

Speedies® save up to 95% of installation time compared to traditional shims. When used with the installation tool (stick), they can be placed without bending over or kneeling.

Yes. Thanks to their wide base and cup shape, they offer excellent weight distribution, preventing sinking even on soft surfaces.

For optimal results, it is recommended to use between 1.0 and 1.5 units per square meter.

The “Speedies for foundations” models (SPD-25 to SPD-70) are suitable for use on the ground, while the “Speedies for ceilings” models (SPD-25P and SPD-40P) are designed for inverted positioning, ensuring reliable installation on ceilings.

Speedies® are spacers for reinforcing mesh designed for foundation slabs or uneven surfaces. They ensure quick, stable, and uniform installation of the mesh on site.

Oui, bien qu’ils soient spécialement adaptés aux pieux forés, ils conviennent aussi à d’autres types de coffrages nécessitant un positionnement précis des cages d’armature.

They are made of high-density plastic, offering superior strength and excellent durability, even for bored pile applications.

They enable the lateral positioning and centering of reinforcement cages in column, elevator, and bored pile formwork. They ensure proper spacing during installation and concrete pouring.

Yes, the Carnie Cap is made of durable plastic, making it reusable and economical in the long term on multiple construction sites.

The Carnie Cap can withstand a 250 lb load dropped from a height of 7.5 feet, providing excellent impact protection.

Simply install two units per 8-foot board, providing secure coverage while minimizing material requirements.

The Carnie Cap is designed to cover exposed ends of rebar to prevent impalement injuries on construction sites.

No, the bases are designed to minimize marks during formwork removal while ensuring uniform distribution of the concrete.

The bases are available in five different heights ranging from 0.75 in. (19 mm) to 4 in. (102 mm), with models combining two heights on the same piece for added flexibility.

Sand plates are lighter than bricks, do not crumble, and facilitate the flow of concrete, thereby reducing the risk of cracks or voids.

The bases are designed to replace bricks on floor slabs and foundation footings, providing a lighter, stronger, and more uniform alternative for supporting reinforcements.

Absolutely. They are often combined with Slab Bolsters to support multiple levels of reinforcement in upper slabs.

No. The legs are made of HDPE, a durable plastic that does not rust, degrade, or leave marks on concrete.

Yes, they are compatible with all sizes of reinforcing bars and wire mesh, making them versatile and practical on construction sites.

They are available in heights ranging from 4 to 16 inches, in 0.5-inch increments, allowing for high precision in the positioning of the reinforcement.

Metal chairs are used to support horizontal reinforcement in upper slabs. They ensure the stability of steel bars during concrete pouring.

Their unique shape facilitates precise positioning between reinforcements, contributing to optimal concrete flow and preventing voids or linear cracks in structures.

No. The feet at the base of the towers are specially designed to leave no marks on the concrete during formwork removal, even with exposed concrete.

Yes, towers are frequently used in combination with slab bolsters. They support the second or third row of reinforcement on the upper slabs for more precise positioning.

Tour models cover a range of heights from 3 to 12.5 inches (76 to 318 mm), offering optimal versatility to support frames at different levels, depending on the model selected.

Depending on the height chosen, a bag contains 72 or 96 pieces, and a pallet can hold between 3,024 and 7,392 pieces.

They are made of durable polyethylene, a long-lasting material that ensures a long service life on construction sites.

Slab Bolsters effectively support reinforcement bars or mesh over large areas, ensuring uniform coverage and facilitating the installation of steel bars.

À info@plastitom.com, avec facture et photos si nécessaire, vous pouvez aussi utiliser le formulaire de la page de contact.

Yes, the customer is responsible for the shipping costs for exchanges.

The deadline for an exchange is 30 days for a new product and 60 days for a defective product.

Unfortunately, no returns are accepted, only exchanges in certain cases.

Yes, if the amount is less than $1,000 (payment by card with a 3.3% fee).

A tracking number may be provided depending on the shipping company chosen, or you can write to info@plastitom.com.

Partners specialized by product type, volume, and weight.

Yes, throughout the United States depending on the region (confirmation upon ordering).

Yes, for orders of 8 pallets or more anywhere in Quebec.

Between 24 and 48 business hours after processing. See the shipping and delivery page for more information.