The formwork removal efficiency is increased by 40%, and the formwork loss rate is reduced to less than 1%, making it an essential efficient tool for high-rise buildings, underground garages, bridge floor slabs and other projects.
1. Core Advantages: Redefining the Floor Formwork Removal Experience
1.1 Labor-Saving Structural Design: Reducing 80% of Work Intensity
Innovative "three-stage lever transmission + arc force head" structure converts manual force into efficient mechanical force, requiring only 15kg thrust to strip tightly attached formwork (traditional pry bars require more than 50kg). The handle adopts an adjustable telescopic design (length 80-120cm) to fit operators of different heights. Equipped with a non-slip rubber grip, it allows 4 hours of continuous work without wrist soreness, completely solving the industry pain points of "bending to exert force and arm strain".
1.2 High-Strength Material: 5 Times Longer Durability
The main body is forged from 45# quenched and tempered steel with a tensile strength of 600MPa. The force head is treated with high-frequency quenching (hardness HRC55-60), which can withstand 2000N impact without deformation or cracking. The blade is made of SK5 high-carbon steel with excellent sharpness retention, which can strip formwork 3000 times continuously without grinding. Compared with ordinary carbon steel tools, its service life is increased by 5 times, and the annual cost per tool is reduced by 60%.
1.3 Formwork Protection Design: Reducing Loss Cost
The force head adopts an arc fillet structure, expanding the contact area with the formwork to 5cm², avoiding formwork depression caused by local stress concentration. The built-in buffer spring device can absorb 30% of the impact force at the moment of stripping, effectively protecting the splicing edges of aluminum and steel formwork. The number of formwork reuses is increased from 15 times (traditional process) to more than 25 times, saving 20% of formwork cost per project.
1.4 Multi-Scenario Adaptation: One Tool Meets All Needs
Three specifications are available for different scenarios: Basic Model (blade width 10cm) for ordinary floor wood/aluminum formwork; Reinforced Model (blade width 15cm) for heavy steel formwork; Mini Model (blade width 6cm) for narrow spaces such as windowsills and beam-column joints. All models support quick blade replacement (completed in 30 seconds) to further improve tool utilization.
2. Core Technical Parameters & Specifications
| Parameter Category | Basic Model (F-100) | Reinforced Model (F-150) | Mini Model (F-60) |
|---|---|---|---|
| Main Material | 45# Quenched and Tempered Steel | 45# Quenched and Tempered Steel | 45# Quenched and Tempered Steel |
| Blade Material | SK5 High-Carbon Steel | SK5 High-Carbon Steel | SK5 High-Carbon Steel |
| Blade Width | 10cm | 15cm | 6cm |
| Handle Length | 80-120cm (Telescopic) | 80-120cm (Telescopic) | 60-90cm (Telescopic) |
| Maximum Force | 1500N | 2000N | 1200N |
| Total Weight | 2.8kg | 3.2kg | 2.2kg |
| Adaptable Formwork Type | Wood/Aluminum Formwork | Steel/Heavy Aluminum Formwork | Small/Special-Shaped Formwork |
| Blade Replacement Method | Quick-Release Bolt Type | Quick-Release Bolt Type | Quick-Release Bolt Type |
3. Product Structure Analysis
3.1 Three-Stage Lever Transmission System (Core of Labor Saving)
Composed of force head, connecting rod and handle, it forms a three-stage lever with a transmission efficiency of 92%, which can amplify the small hand force by 4 times. It realizes the effect of "stripping with a light push", especially suitable for continuous removal of large-area floor formwork.
3.2 Arc Buffer Force Head (Key to Protection)
The arc design of the force head fits the edge curvature of the formwork. The contact point is mirror-polished to avoid scratching the formwork surface. The built-in manganese steel buffer spring can compress 2-3mm at the moment of stripping, effectively offsetting the recoil force and protecting both the operator's hand and the formwork.
3.3 Adjustable Non-Slip Handle (Comfort Guarantee)
The handle is made of TPR non-slip rubber with honeycomb anti-slip lines on the surface, ensuring a firm grip in wet conditions. The length can be adjusted by a knob to fit operators with heights of 1.6-1.9m, allowing formwork removal while standing without bending or climbing.
4. Operation & Maintenance Guide
4.1 Standard Operation Steps (One-Person Operation)
Confirm that the concrete strength meets the formwork removal requirements (floor strength ≥75% of design strength);
Select the corresponding stripper according to the formwork type, and adjust the handle to a comfortable length;
Insert the force head into the gap between the formwork and concrete (gap ≥2mm is sufficient), aligning with the formwork support point;
Push the handle lightly to strip the formwork with lever force, avoiding violent prying;
After stripping, clean the debris on the force head and prepare for the next operation.
4.2 Maintenance Tips
Wipe the tool surface with a dry cloth after daily work, and apply anti-rust oil (especially at the connection between the blade and bolt);
When the blade becomes blunt, grind it along the original edge angle with a grinding wheel (25° angle is optimal);
If the buffer spring fails or the handle loosens, replace the parts in time (the manufacturer provides free parts replacement for 1 year);
Store in a dry and ventilated place, avoid contact with acidic substances to prevent rust.
Choosing Shaanxi Flourish Industrial Co., Ltd. Floor Formwork Stripper is a triple guarantee for construction efficiency, work safety and cost control. From material forging to structural design, from scenario adaptation to after-sales support, we fully empower your formwork removal operations!
