FAQ

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

Yes, caps can be removed and reused under certain conditions if the integrity of the material is maintained.

• 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 already manufactured and used during storage or handling.

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

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

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

The image doesn't mention personalization, but usually these panels can feature a code, logo or name.

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

These signs are used to clearly identify precast concrete parts at the factory, to avoid mistakes on the job site.

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

Its property «anti-rebound» makes repetitive work easier, especially for high-volume installations, while reducing user fatigue.

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

Yes, it stands out for its very competitive price, and long-lasting quality. Get a quote now!

It is lightweight and easy to transport, This reduces handling and transport costs.

Yes, the rung is certified to current standards, which guarantees its safe use in infrastructure works.

It has a non-slip surface, Its bright color also improves visibility on construction sites. Its bright color also enhances visibility on construction sites.

The rung is made from 100 % plastic composite, with no metal parts, for optimum corrosion resistance.

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

Lifting shackles are certified to withstand up to 2,000 lb.

It enables safe handling of precast concrete elements, especially manhole pipes.

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

It allows 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 heights ranging from 2.5“ (63 mm) to 4.5” (113 mm). Models “S”, “RL”, “RS”, or "B" may indicate specific variants (reinforced, extended, or dual-purpose).

• Robustness: strong enough to lift very heavy items.
• Compatibility: are perfectly integrated into prefabrication processes.
• Safety: they enable safer handling on worksites.
• Protection: Once coated with cement, they offer reliable mechanical strength.

• Installation takes place in the concrete mold before casting.
• Specially designed tools can be used for fast, precise and safe installation.

They are mainly used in the manufacture of precast concrete products, such as pipes or manhole chambers, 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 anchoring 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, thus providing a protection against corrosion.

• It enables precise, stable positioning of the vertical framework.

• 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, simply and economically.

• Fast, safe installation.
• Prevents movement during concreting.
• Reduction of defects such as voids or linear cracks.
• Robust, 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 8.6 mm to 12.17 mm.
• 3000 Series: compatible with 6 to 8 mm bars.
• Spacers cover different levels of overlap, from 18 mm to 50 mm.

• Precast concrete pipes.
• Manholes for sewer and rainwater systems.
• Other cylindrical structures requiring precise reinforcement positioning.

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

• They guarantee the necessary spacing between the reinforcement and the formwork surface.
• They ensure uniform, standard-compliant concrete coverage.
• They prevent any movement of the reinforcing cage during manufacture.

Spacer hooks are available with different overlays: 1" (25 mm), 1.25" (32 mm), 1.5" (38 mm), 1.75" (46 mm), and 2" (52 mm), to meet a wide range of project requirements.

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

For optimum efficiency, we recommend using a spacer hook. every 12 to 18 inches around the top and bottom of the rebar cage. This ensures even spacing and prevents any movement of the armature during manufacture.

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

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

Usage :

• Visit classic circular chair is designed for heavy structural applications (foundation walls, elevator shafts, support beams).
• Visit MESH is designed for lighter applications such as pre-molding and simple surfaces.

Frame compatibility :

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

Cover(s) :

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

Design :

• Classic: solid, heavier castors for greater stability
• MESH: lightweight, openwork star shape for rapid mass production use

Quantity per bag :

• Classic: 500 to 600 units
• MESH: up to 5,000 units, making it highly profitable

• Lightweight and economical, perfect for high-volume projects

• Easy to install and distribute on site

• Ideal for small-diameter fittings

• Openwork design for optimum concrete flow

The MESH circular chair is designed for vertical reinforcement, pre-molding and various precast concrete applications. It holds the frameworks in the right position while ensuring uniform coverage.

Recovery varies between 25 mm and 33 mm, depending on the model. This provides coverage of 1 to 3 inches.

Yes, their cutting-edge design is ideal for architectural applications where concrete is visible, as it facilitates optimum concrete flow and reduces the risk of linear cracking.

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 retaining system, Clip Chairs are ideal for most formwork jobs requiring precise reinforcement spacing.

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

Visit clip chairs can accommodate :

• Horizontal bars: up to 20 mm diameter (15-20 mm for model 35X25 CL20)

• Vertical bars: up to 10 mm 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 optimum stability during concrete pouring.

Its design ensures uniform coverage and a optimal concrete flow, limiting the risk of empties and linear cracks in the works.

Thanks to its great flexibility (same chairs for different diameters), it can be used to reduce the number of models required, The new system simplifies stock management.

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

All chair sizes can accommodate steel bars from 8 mm to 30 mm diameter on the same chair.

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

Speedies® save up to 95 % in installation time compared with traditional shims. When combined with the’installation tool (stick), They can be placed without bending or kneeling.

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

For best results, we recommend using between 1.0 and 1.5 units per m².

The «Foundation Speedies» (SPD-25 to SPD-70) are suitable for floor installation, while the «Ceiling Speedies» (SPD-25P and SPD-40P) are designed for inverted positioning, ensuring reliable ceiling installation.

Speedies® are spacers for reinforcing mesh designed for foundation slabs or irregular surfaces. They guarantee fast, stable and uniform mesh placement on site.

Yes, although they are specially designed for bored piles, they are also suitable for other types of formwork requiring precise positioning of reinforcement cages.

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

They enable reinforcement cages to be positioned laterally and centered in column, elevator and bored pile formwork. They ensure correct spacing during installation and concrete pouring.

Yes, the Carnie Cap is made from durable plastic, making it reusable and economical over the long term on many construction sites.

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

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

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

No, the bases are designed to minimize marks during stripping while ensuring even concrete distribution.

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

The bases (sand plates) are lighter than bricks, won't crumble, and facilitate concrete flow, reducing the risk of cracks or voids.

The bases are designed to replace bricks on ground slabs and footings, offering a lighter, stronger and more uniform alternative for reinforcement support.

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

No. The legs are made of HDPE, a tough plastic that won't rust, degrade or leave marks on concrete.

Yes, they are compatible with all sizes of rebar and wire mesh, making them versatile and practical on the job site.

They are available in heights ranging from 4 to 16 inches, in 0.5-inch increments, allowing precise positioning of the frame.

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

Their unique shape makes it easy to precise positioning between reinforcing bars, contributing to a optimal concrete flow and prevention of linear voids or cracks in the works.

No. The legs at the base of the towers are specially designed for leave no marks on concrete when stripping, even with exposed concrete.

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

Each tower has two integrated heights, enabling it to be used at two different heights depending on orientation. This simplifies inventory management and increases on-site flexibility.

Tour models cover a range of heights from 3 to 12.5 inches (76 to 318 mm), offering optimum versatility for supporting 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.

No. The tabs at the base are designed to prevent visible marks during form stripping.

They are made of tough polyethylene, a durable material that ensures long life on the job site.

Slab Bolsters effectively support rebar or mesh over large areas, while ensuring uniform coverage and easy installation of steel bars.

À info@plastitom.com, with invoice and photos if necessary, you can also use the contact page form.

Yes, shipping costs for exchange are at the customer's expense.

The time limit 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$ (card payment with 3.3 % fee).

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

Specialized partners according to product type, volume and weight.

Yes, anywhere in the U.S. depending on region (confirmation at time of order).

Yes, from 8 pallets everywhere in Quebec.

24 to 48 working hours after treatment. Visit the’shipping and delivery for more information.