FRP ガードレール
FRP 手すり
工業用プラットフォーム、歩廊、化学プラント向け特注 FRP 手すり
耐食性
高荷重対応
滑り止め表面
簡単施工
FRP ガードレール
各種プロジェクトの要件に対応する複数オプション
Coastal Corrosion-Resistant Guardrail
- Corrosion-resistant FRP structure withstands salt spray and high humidity
- Non-rusting material reduces maintenance and repainting requirements
- Excellent weather resistance for long-term coastal outdoor use
歩行者用 FRP ガードレール
- 歩行者の安全と交通分離用に設計
- 耐衝撃性に優れ、構造性能が安定しています
- 耐紫外線・耐候性に優れ、屋外で長期使用可能
- 非電導性で錆びず、公共インフラに最適
変電所用安全フェンス
- 非電導性で運用安全性を高めます
- 腐食、薬品、過酷な気象条件に耐性あり
- 視認性の高いカラー展開で危険を察知しやすい
- メンテナンスが少なく、長期的な産業用途に適しています
産業用防食 FRP フェンス
- 過酷な産業環境に対して優れた耐食性を発揮
- 軽量かつ強固で、設置と運搬が効率的
- 耐紫外線加工により、経年でも色彩と外観を維持
- 工場、排水処理施設、沿岸施設に最適
引抜成形 FRP グレーチング仕様
| パラメータ | おすすめコンテンツ |
|---|---|
| 素材 | FRP / ガラス繊維強化プラスチック |
| 手すり高さ | 900 mm / 1000 mm / 1200 mm |
| 支柱間隔 | 1.5 m - 2.5 m |
| パネル長さ | カスタマイズ可能 |
| 表面仕上げ | 滑らか / 滑り止め加工 |
| カラー | イエロー、グリーン、グレー、オレンジ、または特注 |
| 樹脂種類 | ポリエステル / ビニルエステル / エポキシ |
| 耐紫外線性 | 優れた |
| 耐食性 | 化学環境および海洋環境に適しています |
| 使用温度 | -40°C to +120°C |
| 引張強度 | 300 MPa - 500 MPa |
| 曲げ強度 | 400 MPa - 600 MPa |
| 密度 | Approx. 1.8 g/cm³ |
| 難燃等級 | ASTM E84 クラス 1 |
| 設置・施工 | モジュール式で組立が簡単 |
Frequently Asked Questions About FRP Guardrails
What is the size of a pedestrian railing?
Pedestrian railing dimensions vary by standard and application. Common reference sizes include:
| Standard / Application | 高さ |
|---|---|
| UK Building Regulations (buildings) | 1100 mm |
| UK HSE guidance (non-construction) | minimum 950 mm |
| UK Work at Height Regulations (construction) | minimum 950 mm |
| British Standard 6180 (internal stairs/landings) | minimum 900 mm |
| British Standard 6180 (external balconies/roof terraces) | minimum 1100 mm |
| OSHA (US general industry) | 42 inches ± 3 inches (approx. 107 cm) |
| AASHTO (US bridges) | minimum 3 feet 6 inches (approx. 107 cm) |
| CHBDC (Canada bridges) | 1050–1100 mm |
| Typical UK commercial pedestrian guardrail | 1050 mm above ground |
Please note: These are reference values only. The final dimensions must be determined based on the specific project’s applicable local building codes and standards.
What is the full form of FRP in safety?
FRP stands for Fiber Reinforced Polymer (or Fibre-Reinforced Polymer). In the context of safety products, FRP is a composite material made of a polymer resin matrix reinforced with fibers (typically glass, carbon, or aramid). It is also commonly referred to as fiberglass または GRP (Glass Reinforced Polymer)
What is the full form of FRP railing?
FRP railing stands for Fiber Reinforced Polymer Railing. It is a railing system manufactured from FRP composite materials, often also called fiberglass reinforced plastic (FRP) pipe and tube railings
What are the four general types of guardrails?
The four general types of guardrails commonly referenced for roadside applications are:
Cable with wood posts
Steel with wood or metal posts (the most common is galvanized steel W-beam guardrail)
Steel box-beam
Concrete barriers (typically installed in medians)
Alternatively, guardrails can be categorized by their deflection characteristics upon impact:
Flexible (e.g., cable barriers)
Semi-rigid (e.g., W-beam guardrail)
Rigid (e.g., concrete or steel bridge barriers)
What is the classification of a guardrail?
Guardrails can be classified in several ways:
By deflection characteristics:
Flexible – e.g., cable barriers
Semi-rigid – e.g., W-beam guardrails
Rigid – e.g., concrete barriers
By structural type (e.g., Missouri DOT standard):
Type A – single W-beam rail
Type B – double W-beam rail (for medians)
Type D – single W-beam rail with wider post spacing
Type E – single thrie-beam rail
By protection class (temporary edge protection, DIN EN 13374):
Class A – for static loads (leaning, holding, running against)
Class B/C – for static and minor dynamic loads
What are a safe pedestrian barriers?
Safe pedestrian barriers are physical barriers installed along the edges of pedestrian facilities (walkways, bridges, platforms, etc.) to prevent falls and protect pedestrians from hazards. A safe pedestrian barrier typically must:
Be of sufficient height – generally not less than 1.10 m
Have adequate structural strength – capable of resisting specified loads (e.g., as per BS 6399)
Have appropriate spacing – gaps should not allow passage of a small child (e.g., no gap allowing passage of a 100 mm sphere in UK domestic settings)
Be made of durable, low-maintenance materials – such as FRP, which does not rust or rot
What are the current guardrail standards?
Current guardrail standards vary by region and application. Key standards include:
UK / Europe:
BS EN ISO 14122-3:2016 – Fixed guardrails for machinery access
BS 6180 – Barriers in and around buildings
BS EN 13374 – Temporary edge protection
BS 13700:2021 – Permanent weighted barrier systems
Work at Height Regulations 2005 – legal requirements for fall protection
US:
OSHA 29 CFR 1910.29 – General industry guardrail requirements
OSHA 29 CFR 1926.502 – Construction guardrail requirements
AASHTO – Bridge railing standards
International:
CHBDC (Canadian Highway Bridge Design Code) – Pedestrian railing requirements
ASTM E985 – FRP railing standards
What is a standard guardrail?
A standard guardrail (or standard railing) is a barrier system erected along unprotected or exposed sides of a walking/working surface to prevent falls.
A standard guardrail typically consists of:
A top rail – smooth-surfaced throughout
An intermediate rail (midrail) – located approximately midway between top rail and walking surface
Posts – vertical supports
Key requirements (OSHA reference):
Top edge height: 42 inches ± 3 inches (approx. 107 cm) above walking/working level
Must withstand a force of at least 200 pounds applied at the top edge
In the UK context, a standard guardrail must comply with relevant height and spacing requirements (see Q9 above), typically featuring a top rail at 1100 mm (buildings) or 950 mm (construction) with intermediate rails spaced to prevent falls
優れた製品特性
耐食性
高品質 FRP 素材で設計され、湿気、薬品、過酷な屋外環境に耐え、長期的な耐久性を実現します。
高荷重対応
補強された構造強度を備えて設計されており、重荷重を支えながら経年的に安定性と性能を維持します。
滑り止め表面
テクスチャー付き滑り止め仕上げにより、湿潤、油分の多い、または人通りの多い状況で確実なグリップ力を発揮し安全性を高めます。
簡単施工
軽量かつモジュール設計により迅速な設置が可能で、人件費やメンテナンスコストを削減します。
用途
なぜ当社を選ぶのか
過酷な産業環境に対応する長寿命 FRP ソリューション
プロジェクトのニーズに合わせた特注グレーチング・型材
軽量設計により施工時間とコストを削減
信頼できるサプライチェーンと専任のカスタマーサポート
当社の認証
Trusted FRP Profiles Manufacturer
当社は先進的な生産設備を備えた専門メーカーです。
生産ライン、厳格な品質管理、豊富な輸出経験を保有しています。
15000+
工場面積
20+
生産ライン
20+
輸出対象国
20+
経験年数
