diff --git a/src/storage/predicate/column_predicate.cpp b/src/storage/predicate/column_predicate.cpp
index 5e07e33abd..9f4c9af21a 100644
--- a/src/storage/predicate/column_predicate.cpp
+++ b/src/storage/predicate/column_predicate.cpp
@@ -36,12 +36,43 @@ static bool isColumnRef(ExpressionType type) {
     return type == ExpressionType::PROPERTY || type == ExpressionType::VARIABLE;
 }
 
+static bool isIntegerUpTo64Bits(LogicalTypeID type) {
+    return LogicalTypeUtils::isIntegral(type) && type != LogicalTypeID::INT128 &&
+           type != LogicalTypeID::UINT128;
+}
+
+// The pushed-down predicate compares the column's stats, read as the cast's target type, with
+// the literal. That is only right when the cast keeps every value and its order in the same
+// stats slot: the same type, integer widening up to 64 bits (an unsigned value reads the same
+// from the signed slot of a wider type) and FLOAT to DOUBLE. 128-bit targets are excluded because
+// a negative 64-bit value is stored without sign extension into the high half.
+static bool castKeepsStats(const LogicalType& from, const LogicalType& to) {
+    if (from == to) {
+        return true;
+    }
+    if (from.getLogicalTypeID() == LogicalTypeID::FLOAT) {
+        return to.getLogicalTypeID() == LogicalTypeID::DOUBLE;
+    }
+    if (!isIntegerUpTo64Bits(from.getLogicalTypeID()) ||
+        !isIntegerUpTo64Bits(to.getLogicalTypeID())) {
+        return false;
+    }
+    auto fromSize = PhysicalTypeUtils::getFixedTypeSize(from.getPhysicalType());
+    auto toSize = PhysicalTypeUtils::getFixedTypeSize(to.getPhysicalType());
+    if (LogicalTypeUtils::isUnsigned(to)) {
+        return LogicalTypeUtils::isUnsigned(from) && fromSize <= toSize;
+    }
+    return LogicalTypeUtils::isUnsigned(from) ? fromSize < toSize : fromSize <= toSize;
+}
+
 static bool isCastedColumnRef(const Expression& expr) {
     if (expr.expressionType == ExpressionType::FUNCTION) {
         const auto& funcExpr = expr.constCast<ScalarFunctionExpression>();
         if (funcExpr.getFunction().name.starts_with("CAST")) {
             DASSERT(funcExpr.getNumChildren() > 0);
-            return isColumnRef(funcExpr.getChild(0)->expressionType);
+            const auto& child = *funcExpr.getChild(0);
+            return isColumnRef(child.expressionType) &&
+                   castKeepsStats(child.getDataType(), expr.getDataType());
         }
     }
     return false;
diff --git a/test/test_files/filter/cast.test b/test/test_files/filter/cast.test
index f4eb0b0714..cc52cc3800 100644
--- a/test/test_files/filter/cast.test
+++ b/test/test_files/filter/cast.test
@@ -10,3 +10,121 @@
 -STATEMENT match (c:Comment) where c.id = 687194777181 return c.browserUsed, c.content;
 ---- 1
 Chrome|right
+
+-CASE ZoneMapCastedColumnNumericLiteral
+-STATEMENT CREATE NODE TABLE T(id INT64 PRIMARY KEY, i INT64, i32 INT32, u32 UINT32, f DOUBLE, fl FLOAT, d DECIMAL(18,2), dt DATE, tms TIMESTAMP_MS);
+---- ok
+-STATEMENT CREATE (:T {id: 1, i: 30, i32: 30, u32: 30, f: 30.7, fl: 30.5, d: 5.00, dt: date('2020-01-01'), tms: CAST('2020-01-01 00:00:00' AS TIMESTAMP_MS)});
+---- ok
+-STATEMENT CREATE (:T {id: 2, i: 40, i32: 40, u32: 4000000000, f: 40.2, fl: 40.5, d: 7.00, dt: date('2021-01-01'), tms: CAST('2021-01-01 00:00:00' AS TIMESTAMP_MS)});
+---- ok
+-STATEMENT CREATE NODE TABLE N(id INT64 PRIMARY KEY, i INT64, i32 INT32);
+---- ok
+-STATEMENT CREATE (:N {id: 1, i: -5, i32: -20});
+---- ok
+-STATEMENT CREATE (:N {id: 2, i: 40, i32: 40});
+---- ok
+-LOG InMemory
+-STATEMENT MATCH (n:T) WHERE n.i > 30.5 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.i = 40.0 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.i32 > 35.5 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE CAST(n.f AS INT64) = 31 RETURN n.id;
+---- 1
+1
+-STATEMENT MATCH (n:T) WHERE CAST(n.d AS INT64) = 5 RETURN n.id;
+---- 1
+1
+-STATEMENT MATCH (n:T) WHERE n.dt > timestamp('2020-06-01 00:00:00') RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.tms > timestamp('2020-06-01 00:00:00') RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE CAST(n.i32 AS INT64) = 40 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.u32 > -1 RETURN n.id ORDER BY n.id;
+-CHECK_ORDER
+---- 2
+1
+2
+-STATEMENT MATCH (n:T) WHERE n.u32 < 5000000000 RETURN n.id ORDER BY n.id;
+-CHECK_ORDER
+---- 2
+1
+2
+-STATEMENT MATCH (n:T) WHERE n.u32 > 5000000000 RETURN n.id;
+---- 0
+-STATEMENT MATCH (n:T) WHERE n.fl > 40.25 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:N) WHERE n.i < 9223372036854775808 RETURN n.id ORDER BY n.id;
+-CHECK_ORDER
+---- 2
+1
+2
+-STATEMENT MATCH (n:N) WHERE CAST(n.i32 AS INT64) = -20 RETURN n.id;
+---- 1
+1
+-STATEMENT MATCH (n:N) WHERE CAST(n.i32 AS INT64) <> 40 RETURN n.id;
+---- 1
+1
+-STATEMENT CHECKPOINT;
+---- ok
+-LOG Checkpointed
+-STATEMENT MATCH (n:T) WHERE n.i > 30.5 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.i = 40.0 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.i32 > 35.5 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE CAST(n.f AS INT64) = 31 RETURN n.id;
+---- 1
+1
+-STATEMENT MATCH (n:T) WHERE CAST(n.d AS INT64) = 5 RETURN n.id;
+---- 1
+1
+-STATEMENT MATCH (n:T) WHERE n.dt > timestamp('2020-06-01 00:00:00') RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.tms > timestamp('2020-06-01 00:00:00') RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE CAST(n.i32 AS INT64) = 40 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:T) WHERE n.u32 > -1 RETURN n.id ORDER BY n.id;
+-CHECK_ORDER
+---- 2
+1
+2
+-STATEMENT MATCH (n:T) WHERE n.u32 < 5000000000 RETURN n.id ORDER BY n.id;
+-CHECK_ORDER
+---- 2
+1
+2
+-STATEMENT MATCH (n:T) WHERE n.u32 > 5000000000 RETURN n.id;
+---- 0
+-STATEMENT MATCH (n:T) WHERE n.fl > 40.25 RETURN n.id;
+---- 1
+2
+-STATEMENT MATCH (n:N) WHERE n.i < 9223372036854775808 RETURN n.id ORDER BY n.id;
+-CHECK_ORDER
+---- 2
+1
+2
+-STATEMENT MATCH (n:N) WHERE CAST(n.i32 AS INT64) = -20 RETURN n.id;
+---- 1
+1
+-STATEMENT MATCH (n:N) WHERE CAST(n.i32 AS INT64) <> 40 RETURN n.id;
+---- 1
+1