Soudafix P300-SF Polyester Chemical Anchor Resin - Styrene Free

Name: Soudafix P300-SF Polyester Chemical Anchor Resin - Styrene Free
Brand: Soudal
Price: 5.89 GBP
Availability: InStock

Soudafix P300-SF is a superior-quality, Styrene-Free, polyester-based chemical anchor resin, impeccably designed for pressure-free securing of fixtures such as threaded rods, studs, reinforcing bars, and profiles in an extensive range of solid and hollow materials.

With its wide application area, easy usability, fast curing, and mild odour, Soudafix P300-SF is available in two convenient sizes, 280ml and 410ml Cartridges. Soudafix P300-SF sets new standards for anchoring in the ever-evolving construction industry.

Each cartridge is supplied with one nozzle.

Key Features of Soudafix P300-SF Polyester Chemical Anchor Resin - Styrene Free

✔️ Superior-quality Styrene-Free polyester-based resin ensures a mild odour and a comfortable working environment.

✔️ Fast curing formula accelerates project timelines and improves efficiency.

✔️ Wide application range, suitable for solid and hollow materials, including uncracked concrete and natural stone.

✔️ Easy to use with standard caulking guns and reusable cartridges, enhancing convenience and cost-efficiency.

✔️ Certified to ETA standards, ensuring reliable performance and compliance with industry regulations.

Full Product Description

Presenting Soudafix P300-SF, a polyester-based chemical anchor resin that is both commendable in quality and performance. It is primarily used for the efficient, stress-free anchoring of fixtures such as threaded rods, studs, reinforcing bars and profiles in a broad spectrum of solid and hollow materials like uncracked concrete, aerated concrete, solid or hollow brick, porous concrete, natural stone, and plasterboard walls, among others. Soudafix P300-SF is an innovative solution that is styrene-free, ensuring minimal odour during its application - a feature that ensures a comfortable working environment.

Available in two sizes, 280ml and 410ml, these cartridges are designed for easy use and application. The 280ml cartridges can conveniently be applied using a standard caulking gun, making it an easy fit for most construction situations. The impressive curing speed of the Soudafix P300-SF, combined with its ability to be used in overhead applications and even in wet boreholes, sets it apart as a game-changer in the building and construction industry.

What makes Soudafix P300-SF even more reliable is the fact that it is European Technical Assessment approved (ETA 11/0447 based on ETAG 001 Part 1 and 5 and ETA 13/0064 based on ETAG 029), ensuring its competent use in uncracked concrete and masonry applications respectively. The cartridge is reusable by simply exchanging the static mixer, leading to an efficient, cost-saving product.

Product Benefits:

Easy to Use and Apply: Soudafix P300-SF eliminates complicated steps in the application, making it a quick and straight-forward process.
Applicability with Standard Caulking Gun: The 280ml Cartridges of Soudafix P300-SF can be seamlessly used with a standard caulking gun, improving the convenience of application.
Fast Curing: The quick setting nature of the resin allows for speedy project completion, improving productivity and efficiency.
Low Odour: With the elimination of styrene, it ensures a healthier and more pleasant working environment.
Wide Application Area: Its versatile formulation allows use even in wet boreholes and overhead applications, broadening its range of use and ensuring solutions for various complex situations.
Re-usable Cartridge: The cartridge can be reused by merely exchanging the static mixer, translating into cost savings and waste reduction.
Ideal for anchoring in Hollow Brick: When used in combination with sleeves, it works perfectly for anchoring in hollow bricks.
Watertight and Impermeable Fixing: It provides a solid, watertight and impermeable fixing, ensuring the longevity and strength of the anchoring system.
Approved Quality Standards: It is ETA 11/0447 and ETA 13/0064 Certified, attesting to its suitability for application in uncracked concrete and masonry.

Typical Applications:

Securing Heavy Loads: Soudafix P300-SF excels in securing heavy loads in various solid and hollow building materials, enhancing structural stability.
Pressure-Free Anchoring: It allows for pressure-free anchoring, even close to edges, significantly reducing the risk of material fractures and making it an ideal choice for precision-based anchoring tasks.

Technical Data

Features

Result

Base

Polyester, styrene free

Consistency

Stable paste

Curing System

Chemical reaction

Full Curing Time (20°C/65% R.H.)

Temp. Substrate	Working Time	Dry Substrate	Moist Substrate
-5°C	90 min	360 min	720 min
0°C	45 min	180 min	360 min
5°C	25 min	120 min	240 min
10°C	15 min	80 min	160 min
20°C	6 min	45 min	90 min
30°C	4 min	25 min	50 min
35°C	2 min	20 min	40 min

Specific Gravity

1,74 g/cm³

Temperature Resistance

-40°C to +80°C

Dynamic Elasticity Modulus

4.000 N/mm²

Maximum Bending Tensile Strength

30 N/mm²

Maximum Compression Strength

75 N/mm²

Soudafix Product Overview
		Soudafix VE400-SF	Soudafix P300-SF	Soudafix P300-ST
Formulation	Styrene	Free	Free	With styrene
Base Material	Masonry	M8 - M16 (18 brick types)	M8 - M16 (18 brick types)
	Uncracked Concrete	M8 - M30	M8 - M24	M8 - M24
	Cracked Concrete	M8 - M30
	Rebar Concrete (post installed)	Ø8 - Ø32
Application Surfaces	Dry & Wet/Moist Concrete
Application Surfaces	Flooded Holes	(Except rebar)
Steel Type per Use Condition	Dry Internal	Zinc coated, stainless, high corrosion resistant	Stainless, high corrosion resistant	Zinc coated, stainless, high corrosion resistant
	Not aggressive external exposure and permanent internal damp	Stainless, high corrosion resistant	Stainless, high corrosion resistant	Stainless, high corrosion resistant
	Aggressive external* exposure and permanent internal damp	High corrosion resistant	High corrosion resistant	High corrosion resistant
	* Seawater, chloride atmosphere or extreme chemical pollution.
Approvals	European Technical Assessment	ETA-21/0170 ETA 10/0167 ETA 12/0558 (Option 1)	ETA 13/0064 ETA 11/0447 (Option 7)	ETA 22/0077 (Option 7)
	Fire Resistance	R120
	Seismic	C1

Substrate Suitability:

Soudafix 300-SF is suitable for use on all usual porous building substrates. It exhibits poor adhesion on smooth, non-porous materials. No particular treatment of the substrate is needed.

However, when working with hollow materials, the use of sleeves is necessary to ensure proper anchoring.

Surface Preparation:

Ensure all surfaces are clean, dry, and free from dust, grease, or any contaminants that may hinder adhesion. Follow these steps for surface preparation:

Drill Hole: Drill the hole to the recommended depth for the anchoring rod or bolt size you are using.
Clean Drill Hole: Use a brush and air pump to thoroughly clean the drill hole. This step is crucial to remove all debris and dust.
Prepare Cartridge: For 280ml cartridges, use a standard caulking gun. For 410ml cartridges, use the Single Cartridge Resin Gun. Screw the static mixer onto the cartridge.
Dispense Initial Resin: Dispense the first 10 cm of the product to waste on a piece of cardboard until an even colour (dark grey) is achieved, ensuring the product is well mixed.

Installation Parameters:

Installation Parameters For Threaded Rods In Uncracked Concrete
Diameter Threaded Rod	d	mm	M8	M10	M12	M16	M20	M24
Drill Diameter	d₀	mm	10	12	14	18	24	28
Min. Anchorage Depth	h_ef,min	mm	60	60	70	80	90	96
Max. Anchorage Depth	h_ef,max	mm	160	200	240	320	400	480
Edge Distance	c_cr,N	mm	80	90	110	125	170	210
Min. Edge Distance	c_min	mm	40	50	60	80	100	120
Axial Distance	s_cr,N	mm	160	180	220	250	340	420
Min. Axial Distance	s_min	mm	40	50	60	80	100	120
Min. Thickness Of Member	h_min	mm	h_ef + 30mm ≥100mm			h_ef + 2 d₀
Tightening Torque	T_inst	Nm	10	20	40	60	120	160

Installation Parameters For Threaded Rods In Masonry
Diameter Threaded Rod	d	mm	M8	M10	M12	M16
Drill Diameter	d₀	mm	12	16	20	20
Depth Sleeve	h_nom	mm	80	85	85	85
Anchorage Depth	h_ef	mm	80	85	85	85
Edge Distance	c_cr,N	mm	250
Min. Edge Distance	c_min	mm	250
Axial Distance	s_{cr,N, single}	mm	250
Tightening Torque	T_inst	Nm	2

Application Method:

Solid Stone Application: Fill the drill hole from the bottom up with resin. This ensures there are no air pockets and the resin fully coats the interior of the hole.
Hollow Brick Application: Insert a sleeve into the hole and fill it from the bottom up with resin. The resin should be pressed through the tiny holes of the sleeve, ensuring proper fill and coverage.
Insert Anchoring Rod: Insert the anchoring rod with a twisting left-right motion. This helps to evenly distribute the resin and ensures the rod is fully embedded.
Inspect and Cure: Inspect the drill hole for adequate filling. Ensure the resin is evenly distributed without air pockets. Observe the hardening time specified for the product. Do not move the anchoring rod during curing. Allow the resin to fully cure according to the manufacturer’s instructions.

Characteristic Values:

Table C1: Characteristic Values For Tensile Strength Of Threaded Rods In Uncracked Concrete
Diameter Threaded Rods				M8	M10	M12	M16	M20	M24
Steel Failure
Characteristic Tensile Strength		N_Rk,s	kN	A_s x f_uk
Combined Pullout And Concrete Cone Failure
Characteristic Tensile Strength In Uncracked Concrete C20/25
Temperature Range I: 40°C / 24°C	Dry And Wet Concrete	τ_Rk,uncr	N/mm²	8,5	8,0	8,0	8,0	8,0	8,0
Temperature Range I: 40°C / 24°C	Flooded Bore Hole	τ_Rk,uncr	N/mm²	8,5	8,0	8,0	8,0	8,0	8,0
Temperature Range II: 80°C / 50°C	Dry And Wet Concrete	τ_Rk,uncr	N/mm²	6,5	6,0	6,0	6,0	6,0	6,0
Temperature Range II: 80°C / 50°C	Flooded Bore Hole	τ_Rk,uncr	N/mm²	6,5	6,0	6,0	6,0	6,0	6,0
Increasing Factors For Uncracked Concrete ψ_c		C25/30		1,04
		C30/37		1,08
		C35/45		1,13
		C40/50		1,15
		C45/55		1,17
		C50/60		1,19
Factor According CEN/TS 1992-4-5 Section 6.2.2.3		k₈	-	10,1
Concrete Cone Failure
Factor According CEN/TS 1992-4-5 Section 6.2.3.1		k_ucr	-	10,1
Edge Distance		c_cr,N	mm	1,5 h_ef
Spacing		s_cr,N	mm	3,0 h_ef
Splitting Failure
Edge Distance		c_cr,sp	mm	1,0 · h_ef ≤ 2 · h_ef (2,5 - h/h_ef) ≤ 2,4 · h_ef
Spacing		s_cr,sp	mm	2 c_cr,sp
Installation Safety Factor (Dry And Wet Concrete)		γ₂ = γ_inst		1,2
Installation Safety Factor (Flooded Bore Hole)		γ₂ = γ_inst		1,2

Table C2: Characteristic Values For Shear Loads In Uncracked Concrete
Diameter Threaded Rod			M8	M10	M12	M16	M20	M24
Steel Failure Without Lever Arm
Characteristic Values For Shear Loads	V_Rk,s	kN	0,5 x A_s x f_uk
Ductility Factor According CEN / TS 1992-4-5 Section 6.3.2.1	k₂	-	0,8
Steel Failure With Lever Arm
Characteristic Bending Moment	M⁰_Rk,s	Nm	1,2 x W_el x f_uk
Concrete Pryout Failure
Factor k₃ In Equation (27) Of CEN/TS 1992-4-5 Section 6.3.3 Factor k In Equation (5.7) Of TR029	k₍₃₎	-	2.0
Installation Safety Factor	γ₂ = γ_inst	-	1,0
Concrete Edge Failure
Effective Anchor Length	l_f	mm	l_f = min(h_ef; 8 d_nom)
Outside Diameter Of Anchor	d_nom	mm	8	10	12	16	20	24
Installation Safety Factor	γ₂ = γ_inst	-	1,0

Table C3: Characteristic Tensile And Shear Strengths Of Threaded Rods In Masonry
Hollow Clay Brick, Compressive Strength ≥ 6 N/mm²			Characteristic Strength¹⁾
			40°C/24°C	80°C/50°C	All Temperatures
Sleeve	Diameter Threaded Rod	Anchor Depth h_ef (mm)	Tensile N_Rk (kN)²⁾	Tensile N_Rk (kN)²⁾	Shear V_Rk (kN)³⁾
SH 12x80	M8	80	Ca. 0,5 - 0,75	Ca. 0,3 - 0,5	Ca. 2,0 - 2,5
SH 16x85	M10	85	Ca. 1,2 - 1,5	Ca. 0,75 - 1,2	Ca. 2,0 - 4,0
SH 20x85	M12 / M16	85	Ca. 1,2 - 2,0	Ca. 0,75 - 1,5	Ca. 3,0 - 4,0
Hollow Clay Brick, Compressive Strength ≥ 10 N/mm²			Characteristic Strength¹⁾
			40°C/24°C	80°C/50°C	All Temperatures
Sleeve	Diameter Threaded Rod	Anchor Depth h_ef (mm)	Tensile N_Rk (kN)²⁾	Tensile N_Rk (kN)²⁾	Shear V_Rk (kN)³⁾
SH 12x80	M8	80	Ca. 1,2 - 2,0	Ca. 0,9 - 1,5	Ca. 3,0
SH 16x85	M10	85	Ca. 1,5 - 2,0	Ca. 0,9 - 1,5	Ca. 3,0 - 3,5
SH 20x85	M12 / M16	85	Ca. 1,5 - 2,0	Ca. 0,9 - 1,5	Ca. 3,5 - 4,0

Finishing:

Once the resin has cured, any excess product protruding from the substrate surface should be left to harden completely. Remove the hardened excess mechanically using a hammer and chisel to ensure a clean and professional finish.

Cleaning:

Before Cure: Any excess resin should be wiped off immediately with a cloth. Clean the area with white spirit or acetone to remove any residues effectively.
After Cure: Once the resin has fully cured, it is advisable to remove any unwanted spills or excess mechanically. Use tools such as a chisel or scraper for this purpose.

Other Information:

Ensure the substrate temperature is above +5°C to facilitate proper application and curing.

Store the cartridges in cool, dry conditions at a temperature between +5°C and +25°C. Protect from frost and direct sunlight.

After the resin has fully cured and the area is cleaned, proceed with the installation of the component. Apply the correct torque to any fixtures being installed to ensure a secure and safe installation.

Technical Data Sheet

Safety Data Sheet

Coming Soon

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