A1:Yes. Our Push‑Pull Shores feature telescopic steel tubes with pin‑hole or screw‑type adjustment for length.It is also equipped with end connectors that allow for angle adjustment on site.

This design enables quick setup for various bracing angles (usually between 30°– 60° from horizontal) and flexible adaptation to different site layouts, ensuring efficient and secure lateral support.

A2:The selection of specifications is mainly based on three core parameters:

Design Load: What is the maximum lateral force that needs to be supported (usually in kilonewtons, kN). This is the primary basis for selecting the support’s load-bearing capacity.

Support Length: Calculate the required installation length of the support based on the actual horizontal and vertical distances at the site.

Connection Ends: Choose the appropriate end fittings based on the conditions of the surface being supported:

Turnbuckle/Swivel Head: Suitable for situations where angle adjustments are needed or the contact surface is uneven.

U-shaped Head/Fork Head: Used for fixing and supporting beams or pipes.

Flat Base Plate: Used for supporting flat concrete or steel structures.

Recommendation: Provide your project drawings or site photos, and our technical team can recommend the most economical and safe specifications for your project.

A3:Push‑Pull Shores are widely used for temporary lateral bracing in:

Deep excavation pits (e.g., basements, subway stations).

Tunnel excavation and shield launching shafts.

Retaining wall support during slope stabilization.

Emergency shoring for damaged or overloaded structures.

A4:Our products are designed and tested in accordance with international standards, including EN 1065 (Europe), AS/NZS 1576 (Australia/New Zealand), and BS 4074 (UK). Load capacity markings and inspection certificates are provided upon request.

A5:Standard capacities range from 10 kN to 50 kN, with custom high‑capacity models (up to 100 kN) available for heavy‑duty projects. Always select a shore with a rated load exceeding your design requirement by a safety factor (typically 1.5–2.0).

A6:Ensure both ends are securely connected to stable structures.

Extend the telescopic tube to the required length and lock with pins/screws.

Use a spirit level to check alignment; avoid eccentric loading.

During dismantling, release load gradually and store components clean and dry.

A7:Yes. We offer hot‑dip galvanized (≥85µm coating) or painted finishes for enhanced corrosion resistance. Regular inspection and cleaning after exposure to saltwater or chemicals are recommended.

A8:Standard products: 10–15 days after order confirmation.

Customized items (special lengths/finishes/fittings): 20–30 days, depending on complexity.

A9:Yes. We offer:

Free technical consultation based on your project drawings.

Illustrated installation manuals and multilingual safety labels.

On‑site training services for large‑scale projects.

A10:We provide a 12‑month warranty against manufacturing defects.

Lifetime technical support and spare parts supply are available. Damage due to improper use is not covered, but we assist with maintenance guidance.